introduction 4 - transcontrol · hydraulic units and control panels – tuf / tpc ... api 6a / iso...

INTRODUCTION 4

The Company ............................................................................................................4 Aftersales .................................................................................................................. 5 Maintenance and Field Services .................................................................................. 5 Complete Solutions Strategy ...................................................................................... 7

VALVES 8

Ball Valves - TVE ...................................................................................................... 10 Subsea Ball Valves - TVE........................................................................................... 18 Needle Valves – TVB ................................................................................................ 22 High Pressure Needle Valves - THP ............................................................................ 36 Pressure Relief Valves – TVA ..................................................................................... 40 Gate Valves - TGV .................................................................................................... 44 Pressure Control Valves - TWO .................................................................................. 48 High Flow High Pressure Control Valves - TRT ............................................................ 50 Shuttle Valves - TSV................................................................................................. 52 Pneumatic Pilot Valves - TPV .................................................................................... 56 High-Low Pilot Valves - THL ..................................................................................... 58 Check Valves - TCV................................................................................................... 60 High Flow Check Valves - TRV ................................................................................... 64 Quick Exhaust Valve - TER ........................................................................................ 66 Directional Valves - TVS ........................................................................................... 68 Subsea Directional Valves - TVS ................................................................................ 72 Piloted Directional Valves - THM ............................................................................... 74

AUXILIARY HYDRAULIC INSTRUMENTATION 76

Hydraulic Filters - TDA ............................................................................................. 78 Quick Couplings - TEN .............................................................................................. 84 Manifolds - TMA ...................................................................................................... 86 Thermal Fuse Plug - TFT ........................................................................................... 91 Hydropneumatic Pumps - TBO .................................................................................. 92 Gas Boosters - TBO .................................................................................................. 94

TRANSMITTERS AND DATA ACQUISITION 96

Pressure and Temperature Transmitters – TPT ........................................................... 98 Permanent Downhole Gauge - PDG ......................................................................... 106 Downhole Gauge- TTP ........................................................................................... 110 Coaxial Electrical Cable Splice - TEE......................................................................... 112 V-Cone Flow Meter - TMV ....................................................................................... 114 IWIS / Universal PDG Interface Card- TLE ................................................................. 116 Signal Acquisition System (SAS) - TLE ..................................................................... 117 Portable Signal Acquisition System (SASP) - TLE...................................................... 118 Mobile Subsea Signal Acquisition System (SSAS) - TSI .............................................. 119 Independent Subsea Signal Acquisition System (SASMI) - TSI ................................... 120 Compact Independent Subsea Signal Acquisition System (SASMIcIr) - TSI .................. 121 Subsea Electrical Monitoring System - TSE .............................................................. 122

HYDRAULIC SYSTEMS AND COMPONENTS 124

Quick Unlocking System - TSD ................................................................................ 126 Hydraulic Plates – TPH ........................................................................................... 128 Hydraulic Flying Lead – HFL .................................................................................... 132 Hydraulic Actuators – TSE ...................................................................................... 134 Hot Stab – THS ...................................................................................................... 136 R.O.V. Subsea Control Panels - TPC ......................................................................... 139 Hydraulic Units and Control Panels – TUF / TPC ........................................................ 140

SERVICES 142

Hydraulic Power Unit and Control Panel Maintenance .............................................. 144 Flushing Services ................................................................................................... 144 Equipment Testing and Qualification ...................................................................... 145 Instrumentation Calibration ................................................................................... 145 Special Machining Services ..................................................................................... 146 Hyperbaric Chamber Testing .................................................................................. 146 Hydraulic Signature and Gate Valve Override (up to 1") Testing ................................. 147 Cladding Services ................................................................................................... 147 Field Installation Services ....................................................................................... 147

INDEX 148

8

76

Transcontrol Catalog 2016 Edition – Rev. 01

INTRODUCTION

4

INTRODUCTION

THE COMPANY

Transcontrol has been keeping the tradition of providing reliable solutions for oil & gas industries by taking an active part in all project stages - from the conception and design of hydraulic, pneumatic and electric equipment, to manufacture and after-sales services. As industry, Transcontrol strives to develop technology in Brazil by employing local content and workforce and designing quality products able to compete worldwide since its foundation, in 1968.

With our headquarters located in the city of Rio de Janeiro – RJ, close to Antônio Carlos Jobim International Airport (Galeão - GIG) and Petrobras Research Center (CENPES), Transcontrol is easily accessible to clients around the globe.

Transcontrol is qualified to develop mechanical and electronic equipment, while promoting a continuous improvement of its products and services, constantly optimizing projects for higher quality and lower end-user costs, while always prioritizing the safety of its employees and operators.

Our subsea equipment and systems are designed in accordance with Standards API 17D / ISO 13628-4, API 6A / ISO 10423 and NACE MR0175 / ISO 15156. For performance evaluation of each component, rigorous methods are used, such as analytical calculations and finite element analysis (FEA). FEA studies are employed as a complement to analytical results, guaranteeing the excellent reliability of Transcontrol products.

We are qualified to perform hydrostatic tests up to 30.000 psi, and hyperbaric chamber tests up to 5.000 psi. Our laboratories are staffed by a competent team of technicians able to perform testing procedures, maintain laboratory functionality and conservation, and instrumentation and software calibration. We can also perform cyclical pressure and temperature tests such as valve signatures in equipment designed for subsea operation, recording all test data through an in-house developed electronic acquisition system.

Phone no.: +55 21 3976-9929 www.transcontrol.com.br

5

AFTERSALES

Transcontrol Comércio e Indústria de Produtos Eletrônicos Ltda offers ample after sales support to clients, throughout our products' lifecycle.

The company's client-supplier communication infrastructure includes technical assistance, conferences and troubleshooting services, aimed towards process optimization and project fulfillment.

MAINTENANCE AND FIELD

SERVICES

The equipment used in oil & gas industries are precision systems that require competent and specialized maintenance. Thus, as Transcontrol manufactures exceptional products, we compromise to offer the best maintenance services as well.

Our technical assistance is managed by highly trained personnel. Our hydraulic and electronic laboratories are equipped with custom designed testing units and precise measurement systems, allowing our maintenance team to quickly identify and resolve any technical issues in the equipment or system. Transcontrol stands prepared to offer an agile response, aiming to fulfill any client requirement or supply and install spare parts for our products, whether in onshore or offshore facilities.

Transcontrol Comércio e Indústria de Produtos Eletrônicos Ltda. Ourique Road, 415, 536 – Penha Circular Rio de Janeiro – ZIP code: 21011-130 – RJ Phone: +55 (21) 39769929 Home Page: www.transcontrol.com.br

http://www.transcontrol.com.br/


INTRODUCTION

6

Hydraulic Power Units

Hydraulic Control Panels

Signal Acquisition

Interface

Portable Signal Acquisition

Interface

1" and 1/2" Gate Valves

R.O.V. Operated Valves

Multiplexed Subsea Electric Acquisition Systems

Hydraulic Plates

Pressure and Temperature Transmitters

Independent Acquisition Systems

Quick Release Systems

High Volume Flow Meters

Permanent Downhole Gauges


7

COMPLETE SOLUTIONS STRATEGY

Transcontrol takes part in and develops equipment for all stages of the productive process. This privileged view of the entire process, allied to the minute attention to each system components' performance form the set of experiences acquired through presence in the field and innovation in projects, allowing Transcontrol to develop products that attend not only to the project's specifications, but to the system as a whole.

Shuttle Valves

Flow Control and Block Valves

Hydraulic Plates

Hydraulic Filters

Pressure Control Valves

Manifolds

Directional Flow Control Valves

Pressure Relief Valves

Check Valves

VALVES


VALVES

8

VALVES

Ball Valves - TVE 10

Subsea Ball Valves - TVE 18

Needle Valves – TVB 22

High Pressure Needle Valves - THP 36

Pressure Relief Valves – TVA 40

Gate Valves - TGV 44

Pressure Control Valves - TWO 48

High Flow High Pressure Control Valves - TRT 50

Shuttle Valves - TSV 52

Pneumatic Pilot Valves - TPV 56

High-Low Pilot Valves - THL 58

Check Valves - TCV 60

High Flow Check Valves - TRV 64

Quick Exhaust Valve - TER 66

Directional Valves - TVS 68

Subsea Directional Valves - TVS 72

Piloted Directional Valves - THM 74

VALVES


9

From Project to Platform

Transcontrol engages in all project stages such as conception, design, manufacture, qualification, installation and after-sales support, always focusing on the highest standards of quality. The result of this strategy is more than 40 years of experience and Brazilian technology development in the oil & gas industries.

Transcontrol valves are designed, tested and qualified to fulfill requirements of national and international standards, and those of clients' specifications.

VALVES


VALVES

10

BALL VALVES - TVE

TVE Ball valves are indicated whenever rapid blocking of liquid, gas or vapor flow is required. A stainless steel ball, supported by soft seats ensures fast and smooth movement.

Ball valves with more than two ways are commonly used for directional flow control.

Application:

Recommended for flow block and control in liquid, gas or vapor lines. Subsea application for some models using R.O.V. interfaces.

Technical Specification:

Pressure rating: up to 10.000 PSI.

Temperature range: 4° to 65º C.

Connectors: Threaded (NPT), Tubing ferrule (OD), BSP, SW (welded).

Materials: ASTM A351 GR CF8m cast stainless, AISI 316 and carbon steel (contact for others).

Sealing type: Soft Seal (Peek, KEL-F, PTFE).

Model Work pressure

(psi) Ways /

positions Inlet

connector Outlet

connector Body material Stem material

Hydraulic diagram

TVE001 5000 2/2 3/8" NPT-F 3/8" NPT-F ASTM A351 GR

CF8m ASTM A564 tp630

TVE002 5000 2/2 3/8" OD 3/8" OD ASTM A351 GR




TVE004 5000 2/2 1/2" OD 1/2" OD ASTM A351 GR




TVE006 5000 2/2 1/4" OD 1/4" OD ASTM A351 GR






TVE009 10000 2/2 1/4" NPT-F 1/4" OD AISI 316 ASTM A564 tp630

TVE010 10000 2/2 1/2" OD 1/2" OD AISI 316 ASTM A564 tp630

TVE011 10000 2/2 1/2" NPT-F 1/2" NPT-F AISI 316 ASTM A564 tp630




TVE014 5000 2/2 1/2" OD 1/2" OD ASTM A351 GR





VALVES


11

Model Work pressure

(psi) Ways /

positions Inlet

connector Outlet


Hydraulic diagram



TVE022 3000 2/2 3/4" NPT-F 3/4" NPT-F AISI 316 AISI 316


TVE025 5000 2/2 1" NPT-F 1" NPT-F AISI 316 AISI 316







TVE035 5000 2/2 3/4" NPT-M 3/4" NPT-M AISI 316 AISI 316





TVE044 10000 2/2 3/8” OD 3/8” OD AISI 316 ASTM A564 tp630


TVE046 6000 2/2 3/8” OD 3/8” OD AISI 316 ASTM A564 tp630




TVE050 6000 2/2 3/8” OD 1/4" OD AISI 316 ASTM A564 tp630


TVE052 6000 2/2 3/8” NPT-F 3/8” NPT-F AISI 316 ASTM A564 tp630





TVE057 5000 2/2 1/2" NPT-M 1/2" NPT-M AISI 316 ASTM A564 tp630

VALVES


VALVES

12

Model Work pressure

(psi) Ways /

positions Inlet

connector Outlet


Hydraulic diagram

TVE058 3000 2/2 3/4" NPT-M 3/4" NPT-M AISI 316 AISI 316



TVE061 10000 2/2 1/4" OD 1/4" NPT-F AISI 316 ASTM A564 tp630

TVE062 10000 2/2 3/8” NPT -F 3/8” NPT -F AISI 316 ASTM A564 tp630

TVE063 6000 2/2 3/8” OD/DA 3/8” OD/DA ASTM A351 GR


TVE064 6000 2/2 1/4" OD/DA 1/4" OD/DA AISI 316 ASTM A564 tp630

TVE065 10000 2/2 1/4" OD-DA 1/4" OD-DA AISI 316 ASTM A564 tp630




TVE069 10000 2/2 1/2" OD-DA 1/2" OD-DA AISI 316 ASTM A564 tp630

TVE070 10000 2/2 3/8” OD-DA 3/8” NPT AISI 316 ASTM A564 tp630

TVE072 10000 2/2 1/4" NPT-F 1/4" OD/DA AISI 316 ASTM A564 tp630

TVE075 6000 2/2 1/2" SW 1/2" SW ASTM A216 GR

WCB ASTM A564 tp630

TVE076 6000 2/2 1/2" SW 1/2" SW AISI 316 ASTM A564 tp630


TVE082 5000 2/2 3/4" BSP PARAL 3/4" BSP PARAL AISI 316 AISI 316

TVE084 6000 2/2 1/4" NPT-F 1/4" OD/DA ASTM A351 GR


TVE087 6000 2/2 1/2" NPT-F 1/2" OD/DA ASTM A351 GR






Transcontrol provides interface adapters for valve actuation by R.O.Vs,

compatible with cylindrical profile ball valves. For more information, contact us.

Didn't find what you were looking for?

Contact Transcontrol. We develop projects and solutions according to your specifications.

VALVES


13

Ball Valve – Inline profile, NPT x NPT connector

Model A B C D E Inlet

connector Outlet

connector

TVE001 99 37 65 114 32 3/8" NPT-F 3/8" NPT-F

TVE003 99 37 65 114 32 1/2" NPT-F 1/2" NPT-F

TVE005 99 37 65 114 32 1/4" NPT-F 1/4" NPT-F

TVE007 103 37 65 116 32 3/4" NPT-F 3/4" NPT-F

TVE008 99 35 91 114 32 1/2" NPT-F 1/2" NPT-F

TVE013 99 37 65 114 32 3/8" NPT-F 3/8" NPT-F

TVE015 103 37 65 116 32 3/4" NPT-F 3/4" NPT-F

TVE037 73 29 83 101 32 1/4" NPT-F 1/4" NPT-F

TVE047 99 36 90 114 32 1/2" NPT-F 1/2" NPT-F

TVE052 99 36 91 114 32 3/8” NPT-F 3/8” NPT-F

TVE053 73 29 83 73 32 1/4" NPT-F 1/4" NPT-F

TVE054 103 36 91 116 32 3/4" NPT-F 3/4" NPT-F

A, B, C, D and E dimensions in mm.

Ball Valve – Inline profile, tubing connector (OD)


connector Outlet

connector

TVE002 113 37 65 122 32 3/8" OD 3/8" OD

TVE004 122 37 65 126 32 1/2" OD 1/2" OD

TVE006 108 37 65 118 32 1/4" OD 1/4" OD

TVE014 122 37 65 126 32 1/2" OD 1/2" OD

TVE036 91 29 83 110 32 1/4" OD 1/4" OD

TVE045 122 36 90 124 32 1/2" OD 1/2" OD

TVE046 113 36 90 121 32 3/8” OD 3/8” OD

TVE049 108 35 90 119 32 1/4" OD 1/4" OD

TVE050 111 35 90 119 32 3/8” OD 1/4" OD

TVE063 107 36 91 118 32 3/8” OD/DA 3/8” OD/DA


VALVES


VALVES

14

Ball Valve – Inline profile, tubing connector (OD) (cont.)


connector Outlet

connector

TVE064 89 29 83 109 32 1/4" OD/DA 1/4" OD/DA

TVE066 106 36 91 118 32 1/4" OD/DA 1/4" OD/DA

TVE067 106 36 91 118 32 3/8" OD/DA 1/4" OD/DA

TVE068 112 36 91 121 32 1/2" OD/DA 1/2" OD/DA


Ball Valve – Inline profile, SW x SW connector


connector Outlet

connector

TVE075 128 36 91 129 32 1/2" SW 1/2" SW

TVE076 128 36 91 129 32 1/2" SW 1/2" SW


Ball Valve – Rectangular profile, NPT x NPT connector


connector Outlet

connector

TVE022 135 60 110 220 70 3/4" NPT-F 3/4" NPT-F

TVE024 168 60 110 238 70 1/2" NPT-F 1/2" NPT-F

TVE025 168 60 110 238 70 1" NPT-F 1" NPT-F

TVE029 120 56 110 125 102 3/4" NPT-F 3/4" NPT-F

TVE088 135 60 109 68 102 3/4" NPT-F 3/4" NPT-F


VALVES


15

Ball Valve – Round profile, NPT x NPT connector (3 way)


connector Outlet

connector

TVE029 120 56 110 125 102 3/4" NPT-F 3/4" NPT-F


Ball Valve – Double sealing, NPT x NPT connector


connector Outlet

connector

TVE043 233 133 182 278 77 1/4" NPT-F 1/4" NPT-F


VALVES


VALVES

16

Ball Valve – Cylindrical profile, NPT x NPT connector


connector Outlet

connector

TVE011 99 35 65 114 62 1/2" NPT-F 1/2" NPT-F

TVE016 99 35 65 114 62 3/8" NPT-F 3/8" NPT-F

TVE027 99 35 90 114 62 1/2" NPT-F 1/2" NPT-F

TVE041 99 35 90 114 62 1/2" NPT-F 1/2" NPT-F

TVE055 109 45 100 119 62 3/4" NPT-F 3/4" NPT-F

TVE057 121 35 90 125 62 1/2" NPT-M 1/2" NPT-M

TVE060 99 35 90 114 62 1/2" NPT-F 1/2" NPT-F

TVE062 99 35 90 114 62 3/8” NPT -F 3/8” NPT -F

TVE101 98 35 90 114 62 1/4" NPT-F 1/4" NPT-F

A, B, C and D dimensions in mm.

Ball Valve – Cylindrical profile, tubing connector (OD)


connector Outlet

connector

TVE010 122 37 65 126 62 1/2" OD 1/2" OD

TVE017 113 35 65 121 62 1/4" OD 1/4" OD

TVE018 113 35 65 121 62 3/8" OD 3/8" OD

TVE030 122 35 90 125 62 1/2" OD 1/2" OD

TVE044 113 35 90 121 62 3/8” OD 3/8” OD

TVE048 108 35 90 119 62 1/4" OD 1/4" OD

TVE065 108 35 90 118 62 1/4" OD/DA 1/4" OD/DA

TVE069 112 35 90 121 62 1/2" OD/DA 1/2" OD/DA

TVE093 106 35 90 118 62 3/8" OD/DA 3/8" OD/DA


VALVES


17

Ball Valve – Cylindrical profile, various connectors


connector Outlet

connector

TVE009 106 35 65 114 62 1/4" NPT-F 1/4" OD

TVE012 106 35 65 114 62 3/8" NPT-F 3/8" OD

TVE026 106 35 90 114 62 1/4" NPT-F 1/4" OD

TVE028 109 35 90 114 62 3/8" NPT-F 3/8" OD

TVE031 110 35 90 114 62 1/2" NPT-F 1/2" OD

TVE042 103 35 90 114 62 1/4" NPT-F 1/4" OD

TVE061 104 35 90 114 62 1/4" OD 1/4" NPT-F

TVE072 103 35 90 114 62 1/4" NPT-F 1/4" OD/DA


Ball Valve – Long handle, NPT x NPT connector (2 and 3 way)


connector Outlet

connector

TVE051 135 60 106 220 107 3/4" NPT-F 3/4" NPT-F

TVE056 135 60 109 220 130 3/4" NPT-F 3/4" NPT-F

TVE058 169 60 110 237 106 3/4" NPT-M 3/4" NPT-M

TVE059 135 60 109 221 130 3/8" NPT-F 3/8" NPT-F

TVE077 135 66 116 221 130 3/4" NPT-F 3/4" NPT-F

TVE089 135 60 109 221 130 3/4" NPT-F 3/4" NPT-F


VALVES


VALVES

18

SUBSEA BALL VALVES - TVE

As a specialization of the TVE ball valve line, TVE Subsea valves were developed to perform rapid operations of liquid or gas flow control in systems installed in subsea environments. Indicated for use as fluid control instrumentation with actuation by R.O.V or remote torque interfaces.

Application:

Applied for flow control in liquid, gas and vapor lines in subsea systems, at a depth of up to 2500 meters.


Pressure rating: up to 15.000 PSI.

Temperature range: 4° to 65º C.

Work depth: up to 2.500 m

Connector: 1/4", 3/8", 1/2" NPT, 9/16" MP

Body materials: AISI 316, UNS S31803 duplex.

Sealing: Peek, KEL-F or PTFE.

Diameter: 1/4" to 1".

Model Work pressure

(psi) Ways /

Positions Inlet

connector Outlet

connector Body material Stem material Hydraulic diagram

TVE074 15000 3/2 3/8” NPT-F 3/8” NPT-F UNS S31803

Duplex UNS S32550 Superduplex

TVE078 10000 3/2 1/2" NPT-F 1/2" NPT-F UNS S31803










TVE085 5000 4/2 1/4" NPT 1/4" NPT AISI 316 UNS S32550 Superduplex

TVE086 5000 3/2 3/8” NPT-F 3/8” NPT-F AISI 316 UNS S32550 Superduplex



TVE094 5000 4/2 3/8" NPT-F 3/8" NPT-F AISI 316 UNS S32550 Superduplex

Tve095 10000 3/2 9/16" OD MP 9/16" OD MP UNS S31803


TVE096 10000 4/2 9/16" MP 9/16" MP UNS S31803


TVE097 10000 3/2 9/16" MP 9/16" MP UNS S31803


TVE098 10000 2/2 9/16" MP 9/16" MP UNS S31803


TVE099 10000 3/2 9/16" MP 9/16" MP UNS S31803






VALVES

Tel.: +55 21 3976-9929 www.transcontrol.com.br

19

Subsea ball valve – NPT connector, without stop

Model A B C D Inlet

connector Outlet

connector

TVE078 140 104 183 45 1/2" NPT-F 1/2" NPT-F

TVE081 140 104 165 45 1/2" NPT-F 1/2" NPT-F

TVE092 135 101 136 45 3/8" NPT-F 3/8" NPT-F


Subsea ball valve – MP connector, without stop

Model A B C D Inlet

connector Outlet

connector

TVE097 135 102 181 45 9/16" MP 9/16" MP

TVE099 135 102 155 45 9/16" MP 9/16" MP


VALVES


VALVES

20

Subsea ball valve - NPT connector, with stop

Model A B C D Inlet

connector Outlet

connector

TVE074 135 100 155 45 3/8” NPT-F 3/8” NPT-F

TVE079 135 101 155 45 1/4" NPT-F 1/4" NPT-F

TVE083 135 94 148 45 3/8" NPT-F 3/8" NPT-F

TVE086 135 101 154 45 3/8” NPT-F 3/8” NPT-F

TVE100 135 94 148 45 1/4" NPT-F 1/4" NPT-F

TVE102 140 104 158 45 1/2" NPT-F 1/2" NPT-F


Subsea ball valve - MP connector, with stop

Model A B C D Inlet

connector Outlet

connector

Tve095 ∅12.7 162 76.2 38.1 9/16" OD MP 9/16" OD MP

TVE098 ∅12.5 162 76.2 38.1 9/16" MP 9/16" MP


VALVES


21

Subsea ball valve - NPT connector, 4 way

Model A B C D Inlet

connector Outlet

connector

TVE080 154 89 161 154 1/2" NPT-F 1/2" NPT-F

TVE085 148 89 161 148 1/4" NPT-F 1/4" NPT-F

TVE094 148 89 161 148 3/8" NPT-F 3/8" NPT-F


Subsea ball valve - MP connector, 4 way

Model A B C D Inlet

connector Outlet

connector

TVE096 154 89 161 154 9/16" MP 9/16" MP


VALVES


VALVES

22

NEEDLE VALVES – TVB

Needle block valves are largely employed in hydraulic systems, where reliability and a smooth flow control operation are required. TVB valves manufactured by Transcontrol are available in an ample combination of types and configurations of connections and stems, providing flexibility to better fulfill project requirements.

Application:

Recommended in cases where there is a necessity of fine flow regulation and/or complete flow blocking.


Pressure rating: up to 10.000 Psi

Temperature range: 4° to 65ºC

Connectors: Threaded (NPT, API LP), Tubing ferrule (OD), Hi-seal (OD), SW (welded).

Stem type: Rotary, non rotary, long

Diameter: 1/4, 3/8, 1/2, 3/4, and 1".

Configurations: Straight or angled

Body materials: ASTM A351 Gr CF8M cast stainless, AISI 316, carbon steel (contact for others).

Sealing type: Metal-Metal

Model Work pressure

(psi) Inlet connector Outlet connector Body material Stem material

TVB015 6500 3/8” HI-SEAL 3/8” HI-SEAL ASTM A351 Gr CF8M AISI 316

TVB016 6500 1/2" NPT-M 1/2" NPT-F ASTM A351 Gr CF8M AISI 316

TVB017 6500 1/2" NPT - F 1/2" NPT-F ASTM A351 Gr CF8M AISI 316

TVB018 6500 1/2" NPT - M 1/2" NPT - F ASTM A216 GR WCB AISI 316

TVB019 6500 1/4" NPT - F 1/4" NPT - F ASTM A351 Gr CF8M AISI 316

TVB020 6500 1/4" HI-SEAL 1/4" HI-SEAL ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH

TVB021 6500 3/8” HI-SEA 3/8” HI-SEA ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH

TVB022 6500 1/2" HI-SEAL 1/2" HI-SEAL ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH

TVB023 6500 1/2" HI-SEAL 1/2" HI-SEAL ASTM A351 Gr CF8M AISI 316

TVB024 6000 1/4" OD 1/4" OD AISI 316 AISI 316

TVB025 6000 3/8” OD 3/8” OD AISI 316 AISI 316

TVB048 6500 1/4" NPT - M 1/4" NPT - F ASTM A351 Gr CF8M AISI 316


TVB050 6500 1/2" NPT - M 1/2" NPT - M ASTM A351 Gr CF8M AISI 316

TVB051 6500 1/2" NPT - M 1/2" NPT - F ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH

TVB052 6500 1/2" API-LP -M 1/2" API-LP - F ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH

VALVES


23

Model Work pressure


TVB053 6500 1/2" NPT - F 10 mm HI-SEAL ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH

TVB054 6500 1/2" API-LP 1/2" API-LP ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH

TVB055 5000 3/4" SW 3/4" SW AISI 316 ASTM A564 TP 630 17-4PH

TVB056 5000 1/2" SW 1/2" SW ASTM A351 Gr CF8 ASTM A564 TP 630 17-4PH

TVB057 5000 1/2" SW 1/2" SW ASTM A36 ASTM A564 TP 630 17-4PH


TVB059 6500 1/2" NPT - F 1/2" NPT - F ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH



TVB062 5000 1/4" NPT -M 1/4" NPT -M AISI 316 AISI 316

TVB063 5000 1/2" SW 1/2" SW ASTM A351 Gr CF8 AISI 316 / Stellite


TVB065 6500 3/8" NPT - F 3/8" NPT - F ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH

TVB066 5000 1/2” API/LP 1/2” API/LP ASTM A36 ASTM A564 TP 630

TVB067 5000 1/4" NPT -M 1/4" NPT -M AISI 316 AISI 316

TVB068 5000 1/2" NPT - F 1/2" NPT - F AISI 1020 ASTM A564 TP 630 17-4PH

TVB069 5000 1/4" NPT -F 1/4" NPT -F AISI 316 AISI 316

TVB070 6500 1/2" NPT - F 1/2" NPT - F AISI 1020 AISI 316





TVB074 6500 3/4" SW 3/4" SW AISI 316 ASTM A564 TP 630 17-4PH

TVB075 6500 1/2" NPT - M 1/2" NPT - F ASTM A216 GR WCB ASTM A564 TP 630 17-4PH

TVB076 6500 3/4" SW 3/4" SW AISI 316 AISI 316

TVB077 3000 1/2" NPT -M 1/2" NPT -F ASTM A105 ASTM A564 tp 630

TVB078 6500 1/4" OD 1/4" OD AISI 316 ASTM A564 TP 630


TVB080 3000 1/2" NPT - M 1/2" NPT - F ASTM A105 ASTM A564 TP 630 17-4PH

TVB081 5000 3/4" SW 3/4" SW ASTM A105 ASTM A564 TP 630

TVB082 3000 1" SW 1" SW AISI 316 AISI 316


TVB084 3000 1" SW 1" SW ASTM A105 ASTM A564 TP 630

VALVES


VALVES

24

Model Work pressure


TVB085 6500 3/4" SW 3/4" SW ASTM A 105 ASTM A564 TP 630 17-4PH

TVB086 3000 1/2" SW 1/2" SW ASTM A182 F316 AISI 316

TVB087 6500 1/4" HI-SEAL 1/4" HI-SEAL ASTM A182 f 316 ASTM A564 Gr630 17-4PH

TVB088 3000 1/2" NPT - F 1/2" NPT - F ASTM 105 ASTM A564 TP 630 17-4PH

TVB091 5000 1” SW 1” SW AISI 316 AÇO INOX 17-4 PH

TVB092 6500 1/2" NPT- M 1/2" NPT- M ASTM A351 Gr CF8M AISI 316

TVB093 10000 1/4" NPT 1/4" NPT AISI 316 AISI 316

TVB094 3000 1/2" NPT -M 1/2" NPT -F ASTM A182 F316 AISI 316/STELLITE

TVB095 5000 1/4" NPT -M 1/4" NPT -F AISI 316 AISI 316


TVB097 3000 1/2" NPT -M 1/2" NPT -F ASTM A182 F316 AISI 316

TVB098 3000 3/4" NPT -M 3/4" NPT -F ASTM A182 F316 AISI 316


TVB100 3000 1/2" NPT -F 1/2" NPT -F ASTM A105 ASTM A564 TP 630

TVB101 3000 1/2" NPT -F 1/2" NPT -F ASTM A182 F316 AISI 316/STELLITE

TVB102 6500 1/2" NPT - F 1/2" NPT - F ASTM A182 F 316 AISI 316

TVB103 5000 3/8” API/LP 3/8” API/LP AISI 316 ASTM A564 TP 630

TVB104 5000 3/4” API/LP 3/4” API/LP AISI 316 ASTM A564 TP 630

TVB105 6500 1/2" SW 1/2" SW ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH

TVB107 6500 1" SW 1" SW ASTM A182 F 316 ASTM A564 TP 630 17-4PH

TVB109 3000 1" NPT -F 1" NPT -F ASTM A105 ASTM A564 TP 630

TVB110 5000 1/2” API/LP- M 1/2” API/LP-M ASTM A105 ASTM A564 TP 630

TVB111 5000 1/2" NPT -F 1/2" NPT -F ASTM A182 F316 AISI 316

TVB112 6500 1/4" NPT - M 1/4" NPT - F ASTM A182 F 316 ASTM A564 TP 630 17-4PH

TVB113 3000 1/4" SW 1/4" SW SAE 1020 AISI 316

TVB114 6500 1/4" NPT- m 1/4" NPT- m ASTM A351 Gr CF8M ASTM A564 TP 630 17-4PH


TVB116 5000 1/2" OD 1/2" OD ASTM A182 F316 AISI 316

TVB117 6500 3/8" NPT - M 3/8" NPT - M ASTM A182 F 316 ASTM A564 TP 630 17-4PH

TVB118 6500 3/4" NPT - F 3/4" NPT - F ASTM A182 F 316 ASTM A564 TP 630 17-4PH



TVB123 6500 1/2" NPT- F 3/4" NPT- M AISI 316 AISI 316

VALVES


25

Model Work pressure




TVB127 3000 1/2" NPT -M 1/2" NPT -M ASTM A182 F316 AISI 316












TVB139 10000 1/4" NPT -F 1/4" NPT -F AISI 316 ASTM A564 TP 630 17-4PH

TVB140 10000 1/4" NPT-F 1/4" NPT-F AISI 316 AISI 316

TVB142 6000 1/4" OD 1/4" DA AISI 316 AISI 316

TVB143 3000 1/2" SW ½" SW ASTM A182 F316 AISI 316

TVB144 3000 3/4" SW ¾" SW ASTM A182 F316 AISI 316


TVB146 3000 1/2" NPT - F 1/2" NPT - F ASTM 105 AISI 316

TVB147 5000 1/2" BSP 1/4" OD ASTM A182 F 316 AISI 316


TVB149 3000 1/2" API LP -M 1/2" API LP -F ASTM A105 ASTM A564 TP 630



TVB152 5000 1/2" SW 1/2" SW ASTM A105 ASTM A105

TVB153 5000 3/4" SW 3/4" SW ASTM A105 AISI 316/STELLITE

TVB154 5000 1" SW 1" SW ASTM A105 AISI 316/STELLITE

TVB157 6500 3/4" NPT -F 3/4" NPT -F ASTM A182 F316 ASTM A564 TP 630

TVB158 5000 3/4" SW 3/4" SW ASTM A105 AISI 316

TVB159 3000 1" SW 1" SW ASTM A105 ASTM A564 TP 630


VALVES


VALVES

26

Model Work pressure


TVB161 3000 1/2" NPT -F 1/2" NPT -F ASTM A182 F316 AISI 316/STELLITE

TVB162 6000 1/4" NPT -M 1/4" NPT -F AISI 316 AISI 316


TVB164 6500 1/2" OD 1/2" NPT ASTM A182 F316 AISI 316

TVB165 3000 1/2" OD 1/2" NPT ASTM A105 ASTM A564 TP 630

TVB166 5000 1" NPT -F 1" NPT -F ASTM A182 F316 AISI 316



TVB169 5000 1/4" NPT- F 1/4" NPT- F ASTM A351 Gr CF8M AISI 316

TVB170 3000 1/4" NPT -M 1/4" NPT -M ASTM A351 Gr CF8m AISI 316



TVB175 6000 1/2" OD 1/2" DA ASTM A351 Gr CF8m AISI 316

TVB176 5000 1" SW 1" SW ASTM A105 ASTM A564 TP 630 17-4 PH

TVB177 3000 1" NPT -F 1" NPT -F AISI 304 AISI 304 C/ STELLITE



VALVES


27

Needle valve – Inline cast, OD x OD connector, non rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB015 110 86.2 110 15.3 3/8” HI-SEAL 3/8” HI-SEAL

TVB020 110 86.2 102 15.3 1/4" HI-SEAL 1/4" HI-SEAL

TVB021 110 86.2 110 15.3 3/8” HI-SEA 3/8” HI-SEA




TVB087 110 86.2 94 20 1/4" HI-SEAL 1/4" HI-SEAL

A, B, C, D and F dimensions in mm.

Needle valve – Inline cast, NPT x NPT connector, non rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB017 110 86.2 88 15.3 1/2"

NPT - F 1/2"

NPT - F

TVB018 110 86.2 88 15.3 1/2"

NPT - M 1/2"

NPT - F

TVB019 110 86.2 88 15.3 1/4"

NPT - F 1/4"

NPT - F

TVB048 110 86.2 88 15.3 1/4"

NPT - M 1/4"

NPT - F

TVB049 110 86.2 88 15.3 3/8"

NPT - F 3/8"

NPT - F

TVB050 110 86.2 88 15.3 1/2"

NPT - M 1/2"

NPT - M

TVB051 110 86.2 88 15.3 1/2"

NPT - M 1/2"

NPT - F

TVB059 110 86.2 88 15.3 1/2"

NPT - F 1/2"

NPT - F

TVB060 110 86.2 88 15.3 1/4"

NPT - F 1/4"

NPT - F

TVB065 110 86.2 88 15.3 3/8"

NPT - F 3/8"

NPT - F

TVB068 110 84.2 88 17.5 1/2"

NPT-F 1/2"

NPT - F

TVB070 110 84.2 88 17.5 1/2"

NPT - F 1/2"

NPT - F

Continues next page. A, B, C and D dimensions in mm.

VALVES


VALVES

28

Needle valve – Inline cast, NPT x NPT connector, non rotary stem

(cont.)

Model A B C D Inlet

connector Outlet

connector

TVB075 110 86.2 88 15.3 1/2"

NPT - M 1/2"

NPT - F

TVB080 110 86.2 90 20 1/2"

NPT - M 1/2"

NPT - F

TVB083 110 86.2 88 15.3 1/2"

NPT - F 1/2"

NPT - F

TVB088 110 86.2 80 20 1/2"

NPT - F 1/2"

NPT - F

TVB102 110 86.2 78 20 1/2"

NPT - F 1/2"

NPT - F

TVB112 110 86.2 67 15.3 1/4"

NPT - M 1/4"

NPT - F

TVB117 110 86.2 78 23 3/8"

NPT - M 3/8"

NPT - M

TVB118 110 87.2 78 31,5 3/4"

NPT - F 3/4"

NPT - F

TVB146 110 86.2 80 20 1/2"

NPT - F 1/2"

NPT - F


Needle valve – Inline, SW x SW connector, non rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB055 110 84 88 17.5 3/4" SW 3/4" SW

TVB056 110 84 88 24 1/2" SW 1/2" SW

TVB057 110 84 88 17.5 1/2" SW 1/2" SW

TVB061 110 84 88 17.5 1/2" SW 1/2" SW

TVB063 110 84 88 15.3 1/2" SW 1/2" SW

TVB071 110 84 88 17.5 3/4" SW 3/4" SW

TVB074 110 84 88 17.5 3/4" SW 3/4" SW

TVB076 110 84 88 17.5 3/4" SW 3/4" SW

TVB079 110 86 80 20.2 1/2" SW 1/2" SW

TVB085 110 84 88 17.5 3/4" SW 3/4" SW

TVB105 110 84 88 24 1/2" SW 1/2" SW

TVB107 110 93 108 38 1" SW 1" SW


VALVES


29

Needle valve – Inline, NPT x OD connector, non rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB053 110 90 65,4 24 1/2"

NPT - F 10mm HI-

SEAL


Needle valve – Inline, API-LP x API-LP connector, non rotary

stem

Model A B C D Inlet

connector Outlet

connector

TVB054 110 90 79 24 1/2"

API-LP-F 1/2"

API-LP-M


Needle valve – Angled, NPT x NPT connector, non rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB016 110 90 35 46 1/2"

NPT-M 1/2"

NPT-F


VALVES


VALVES

30

Needle valve – Angled, API-LP x API-LP connector, non rotary

stem

Model A B C D Inlet

connector Outlet

connector

TVB052 110 90 35 46 1/2"

API-LP-M 1/2"

API-LP-F


Needle valve – Angled, BSP x OD connector, non rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB147 110 85,7 65 33 1/2" BSP 1/4" OD


Needle valve – Inline, NPT x NPT connector, non rotary long stem

Model A B C D Inlet

connector Outlet

connector

TVB092 110 203 88 18,4 1/2"

NPT- M 1/2"

NPT- M

TVB114 110 203 88 18,4 1/4"

NPT-M 1/4"

NPT-M

TVB123 110 203 65 21,5 1/2"

NPT- F 3/4"

NPT- M

TVB169 110 200 88 15.3 1/4"

NPT-F 1/4"

NPT-F


VALVES


31

Needle valve – Inline, OD x OD connector, rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB024 50 66.8 78 7.4 1/4" OD 1/4" OD

TVB025 70 100 102 18.4 3/8” OD 3/8” OD

TVB058 53 94 64 17,4 1/4" OD 1/4" OD

TVB064 53 76.5 72 17.5 3/8” OD 3/8” OD

TVB078 53 99 102 15.3 1/4" OD 1/4" OD

TVB116 53 99 106 20.1 1/2" OD 1/2" OD

TVB124 32 65.3 67 12.5 1/4" OD 1/4" OD

TVB128 70 100 109 19 1/2" OD 1/2" OD

TVB130 50 73.3 78 7.4 1/4" OD 1/4" OD

TVB133 70 100 102 19 3/8” OD 3/8” OD

TVB136 70 100 109 19 1/2" OD 1/2" OD

TVB138 70 100 77 19 3/8” OD 3/8” OD

TVB168 32 65.3 67 12.5 1/8” OD 1/8” OD


Needle valve – Inline, NTP x NTP connector, rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB062 32 57 72 12.7 1/4" NPT-M 1/4" NPT-M

TVB067 32 57 72 12.7 1/4" NPT-M 1/4" NPT-M

TVB069 32 57 72 12.7 1/4" NPT-F 1/4" NPT-F

TVB073 53 99 88 15.3 1/2" NPT-F 1/2" NPT-F

TVB077 53 99 78 20 1/2" NPT-M 1/2" NPT-F

TVB094 83 99 78 20 1/2" NPT-M 1/2" NPT-F

TVB095 53 72 65 12.7 1/4" NPT-M 1/4" NPT-F

TVB096 53 72 65 12.7 1/4" NPT-F 1/4" NPT-F

TVB097 53 99 78 20 1/2" NPT-M 1/2" NPT-F

Continues next page. A, B, C and D dimensions in mm.

VALVES


VALVES

32

Needle valve – Inline, NTP x NTP connector, rotary stem (cont.)

Model A B C D Inlet

connector Outlet

connector

TVB098 53 99 78 20 3/4" NPT-M 3/4" NPT-F

TVB100 53 99 78 20 1/2" NPT-F 1/2" NPT-F

TVB101 53 99 78 20 1/2" NPT-F 1/2" NPT-F

TVB109 120 140 102 23 1" NPT-F 1" NPT-F

TVB111 53 99 78 20 1/2" NPT-F 1/2" NPT-F

TVB122 120 140 102 23 3/4" NPT-F 3/4" NPT -F

TVB125 53 99 78 20.5 3/4" NPT-F 3/4" NPT–F

TVB127 53 99 78 20 1/2" NPT-M 1/2" NPT-M

TVB129 50 70 54 10 1/4" NPT-F 1/4" NPT-F

TVB131 50 70 54 10 1/4" NPT-F 1/4" NPT-F

TVB134 70 100 77 19 3/8" NPT-F 3/8" NPT-F

TVB135 70 100 77 19 1/2" NPT-F 1/2" NPT-F

TVB137 70 100 77 19 1/2" NPT-F 1/2" NPT-F

TVB138 70 100 77 19 3/8" NPT-F 3/8" NPT-F

TVB139 50 64.9 43 26 1/4" NPT-F 1/4" NPT-F

TVB145 53 99 78 20.2 1/2" NPT-F 1/2" NPT-F

TVB148 53 99 78 20 1/2" NPT-F 1/2" NPT-F

TVB150 53 99 78 20 1/2" NPT-F 1/2" NPT-F

TVB157 53 126 78 21 3/4" NPT-F 3/4" NPT-F

TVB161 53 99 78 20 1/2" NPT-F 1/2" NPT-F

TVB162 50 70 59 10 1/4" NPT-M 1/4" NPT-F

TVB163 53 99 78 20.2 1/2" NPT-F 1/2" NPT-F

TVB166 220 140 102 23 1" NPT-F 1" NPT-F

TVB170 50 70 64 10 1/4" NPT-M 1/4" NPT-M

TVB171 53 99 78 20 1/2" NPT-F 1/2" NPT-F

TVB177 220 140 113 23.5 1" NPT-F 1" NPT -F


VALVES


33

Needle valve – Inline, SW x SW connector, rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB081 53 99 78 20 3/4" SW 3/4" SW

TVB082 53 140 102 23 1" SW 1" SW

TVB084 53 140 102 23 1" SW 1" SW

TVB086 53 99 80 23 1/2" SW 1/2" SW

TVB099 53 99 80 20 3/4" SW 3/4" SW

TVB113 53 72 65 13 1/4" SW 1/4" SW

TVB115 53 99 80 20.3 1/2" SW 1/2" SW

TVB119 53 99 78 20.2 1/2" SW 1/2" SW

TVB151 53 99 78 20.2 1/2" SW 1/2" SW

TVB152 83 99 78 20 1/2" SW 1/2" SW

TVB153 83 99 78 20 3/4" SW 3/4" SW

TVB154 220 139 101 23 1" SW 1" SW

TVB158 53 99 78 20 3/4" SW 3/4" SW

TVB159 53 174 101 23 1" SW 1" SW

TVB160 53 99 78 20 3/4" SW 3/4" SW

TVB167 53 124 80 20 3/4" SW 3/4" SW

TVB174 83 99 78 20 1/2" SW 1/2" SW

TVB176 220 140 102 23 1" SW 1" SW


Needle valve – Inline, various connectors, rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB142 53 73.3 78 7.4 1/4" OD 1/4" DA

TVB149 53 99 78 20 1/2"

API LP-M 1/2"

API LP-F

TVB164 53 92 92 20 1/2" OD 1/2"

NPT-F

TVB165 53 99 92 20 1/2" OD 1/2"

NPT-F

TVB175 53 100 109 19 1/2" OD 1/2" DA


VALVES


VALVES

34

Needle valve – Angled, API-LP x API-LP connector, rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB066 53 136.4 36 44 1/2” API/LP 1/2” API/LP

TVB103 53 136.4 36 44 3/8” API/LP 3/8” API/LP

TVB104 53 136.4 36 44 3/4” API/LP 3/4” API/LP

TVB110 53 131.4 39 39 1/2” API/LP-

M 1/2” API/LP-M


Needle valve – Angled, NPT x NPT connector, rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB093 53 103 40 31 1/4"

NPT-M 1/4"

NPT-F

TVB140 53 90.9 43 26 1/4"

NPT-F 1/4"

NPT-F


VALVES


35

Needle valve – Inline, SW x SW connector, rotary long stem

Model A B C D Inlet

connector Outlet

connector

TVB143 53 124 80 20 1/2" SW 1/2" SW

TVB144 53 124 80 20 3/4" SW 3/4" SW


Needle valve – Flanged, SW x SW connector, rotary stem

Model A B C D Inlet

connector Outlet

connector

TVB091 250 235 120 25,5 1” SW 1” SW


VALVES


VALVES

36

HIGH PRESSURE NEEDLE VALVES - THP

THP high pressure needle valves are indicated for various applications of flow blocking and control in high pressure liquid line operations, such as hydraulic systems, instrumentation and control panels. Some THP models are certified for use in high pressure vapor and gas lines.

Application:

Recommended in cases where there is a necessity of fine flow regulation and/or complete flow blocking in high pressure systems.




Connectors: Threaded (NPT, API LP), SW (welded).

Type of stem: Rotary, non rotary

Diameter: 1/4", 3/8", 1/2" e 9/16"

Body material: AISI 316, carbon steel (contact for others).


Model Work pressure


THP001 12500 1/4" NPT-F 1/4" NPT-F AISI 316 ASTM A564 TP630 17-4PH

THP002 10000 1/2" API-LP M 1/2" API-LP - F AISI 316 ASTM A564 TP630 17-4PH

THP003 20000 9/16" 18UNF-F 9/16" 18UNF-F AISI 316 ASTM A564 TP630 17-4PH



THP006 10000 1/2" NPT-M 1/2" NPT-F AISI 316 ASTM A564 TP630 17-4PH

THP007 15000 3/8" 24UNF-F 3/8" 24UNF-F AISI 316 ASTM A564 TP630

THP008 10000 1/2" NPT 1/2" NPT ASTM A36 AISI 410

THP009 10000 1/2" NPT 1/2" NPT AISI 316 ASTM A564 TP630 17-4PH


THP011 10000 1/2" API-LP M 1/2" API-LP - F ASTM A36 AISI 410



THP014 30000 9/16" thread for 1/4"

OD tubing 9/16" thread for 1/4"

OD tubing AISI 316 ASTM A564 TP630 17-4PH

THP015 10000 1/2" API-LP M 1/2" API-LP - F AISI 2205 ASTM A564 TP630 17-4PH



VALVES


37

High pressure needle valves – Inline, NPT x NPT connector

Model A B C D E F Inlet

connector Outlet

connector

THP001 102 162 62 73 12.7 28.5 1/4"

NPT-F 1/4"

NPT-F

THP004 102 170 62 81 20.7 36.5 3/8"

NPT-F 3/8"

NPT-F

THP004 102 170 62 81 20.7 36.5 3/8"

NPT-F 3/8"

NPT-F

THP005 102 170 62 81 20.7 36.5 1/2"

NPT-F 1/2"

NPT-F

THP009 102 240 76.2 152 84.2 62.7 1/2" NPT

1/2" NPT

THP010 77 133 50.8 61.7 22.7 22.7 1/4"

NPT-F 1/4"

NPT-F

THP012 77 133 50.8 62 22.7 22.7 1/4"

NPT-F 1/4"

NPT-F

A, B, C, D, E and F dimensions in mm.

High pressure needle valves – Angled, NPT x NPT connector


connector Outlet

connector

THP006 102 175 67 86 41.5 1/2"

NPT-M 1/2"

NPT-F

THP008 102 175 67 86 41.5 1/2" NPT

1/2" NPT

THP013 102 175 67 83 38.5 1/2"

NPT-F 1/2"

NPT-F


VALVES


VALVES

38

High pressure needle valves – Angled, API-LP x API-LP

connector


connector Outlet

connector

THP002 102 175 75 86 41.5 1/2"

API-LP-M 1/2"

API-LP-F

THP011 102 175 75 86 41.5 1/2"

API-LP-M 1/2"

API-LP-F

THP015 102 175 75 86 41.5 1/2"

API-LP-M 1/2"

API-LP-F


High pressure needle valves – Inline, SAE connector


connector Outlet

connector

THP003 102 170 62 81 20.7 36.5 9/16" thread

18UNF-F 9/16" thread

18UNF-F

THP007 102 162 55 73 12.7 28.5 3/8" thread

24UNF-F 3/8" thread

24UNF-F


VALVES


39

High pressure needle valves – Inline, high pressure connector


connector Outlet

connector

THP014 102 169 62 81 21 32

9/16" 18UNF thread for

1/4" OD tubing

9/16" 18UNF thread for

1/4" OD tubing


VALVES


VALVES

40

PRESSURE RELIEF VALVES – TVA

The TVA line of spring-actuated pressure relief valves were developed to offer superior reliability when acting as safety equipment countering overpressure or fluid expansion in hydraulic lines.

Application:

As safety equipment for hydraulic overpressure relief, protecting the system from damage to pressures of up to 16000 psi.


Pressure rating: up to 16.000 psi


Connectors: 1/4" NPT, 3/8" NPT, 1/2" NPT, 1" NPT, tubing 1/4" OD

Body material: AISI 316

Sealing type: Peek Soft Seal, Metal-Metal

Model Maximum relief

pressure (psi) Inlet connector Fluid release Drain connector Body material

TVA003 3200 1/4" NPT-M Free - AISI 316


TVA007 5490 3/8" NPT-M Drain connection 1/4/" NPT-F AISI 316

TVA008 3000 1/4" NPT-F Free - AISI 316

TVA009 5490 1/4" NPT-F Free - AISI 316

TVA010 100 1" NPT-F Free - AISI 316

TVA011 9000 1/2" NPT-F Drain connection 1/2" NPT-F AISI 316






TVA018 3000 3/8" NPT-M Drain connection 3/8" NPT-F AISI 316




TVA022 1500 1/4" NPT-M Drain connection 1/4" NPT-F AISI 316

TVA023 16000 1/4" OD MP Drain connection 1/4" NPT-F AISI 316



VALVES


41

Relief valve – Free drain

Model A B C In / Out

connectors Drain

connector

TVA003 141 30 41 1/4"

NPT-M -

TVA006 141 30 41 3/8"

NPT-M -

TVA008 138 30 41 1/4"

NPT-F -

TVA009 126 30 41 1/4"

NPT-F -

TVA010 153 45 - 1"

NPT-F -

TVA015 142 33 41 3/8"

NPT-M -

TVA016 140 33 41 3/8"

NPT-M -

TVA017 145 33 41 1/2"

NPT-M -

TVA020 147 33 41 1/2"

NPT-M -

TVA021 141 33 41 3/8"

NPT-M -

A, B and C dimensions in mm.

VALVES


VALVES

42

Relief valve – drain connection


connectors Drain

connector

TVA007 141 38 50 3/8"

NPT-M 1/4/"

NPT-F

TVA018 141 50 60 3/8"

NPT-M 3/8"

NPT-F

TVA019 183 38 - 1/4"

NPT-F 1/4"

NPT-F

TVA022 140 38 50 1/4"

NPT-M 1/4"

NPT-F


Relief valve – Inline, drain block

Model A B Inlet

connector Drain

connector

TVA011 167 44 1/2"

NPT-F 1/2"

NPT-F

TVA012 167 38 1/4"

NPT-F 1/4"

NPT-F

A and B dimensions in mm.

VALVES


43

Relief valve – Inline, drain connection


connectors Drain

connector

TVA014 215 38 60 1/4"

NPT-F 1/4"

NPT-F

TVA023 183 46 - 1/4" OD MP 1/4"

NPT-F

TVA024 183 38 - 1/4"

NPT-F 1/4"

NPT-F

TVA025 183 48 - 1/4"

NPT-F 1/4"

NPT-F


VALVES


VALVES

44

GATE VALVES - TGV

Gate valves with hydraulic and/or R.O.V. mechanical actuation are employed to allow blocking of Wet Christmas Trees (WCT) hydraulic lines that have direct access to production well pressure, such as ethanol or chemical injection lines. Due to the severity of the working environment, TGV valves have been designed to prioritize reliability. The Metal x metal seals are bubble tight, allowing zero liquid or gas leakage.

TGV gate valves' design is flexible and can be adapted to WCT's mounting interfaces according to each specification.

Our gate valves comply with the following design, qualification and test standards:

ISO 10423 ISO 13628-4 ISO 15156 ET-3500.00-1510-221-PPC-001 Rev.C

Application:

Gate valves are installed in subsea environment, on chemical injection lines, ethanol lines, VX ring test, BAP injection valve, X-over valve and DHSV supply line. They can be mounted (flange connection) directly on the Wet Christmas Tree main block.


Pressure rating: 5.000 psi, 10.000 psi

Temperature range: -18ºC to 121° C, 130° or 135ºC

Maximum work depth: 3000 m

Connector: 1/2", 1" NPT; 1/2" NPT BX151 ring; 1.3/8" BX151 ring; 3/4" OD MP BX150 ring

Internal diameter: 1/2", 1"

Work fluid: Actuator: HW – 525, HW – 443, HD – 856 Process: Chemical injection, HW525, HW443, HW443, inert oils and gases

Override torque: 50 lbf.ft nominal, 75 a 100 lbf.ft maximum

Actuation pressure (hydraulic actuator): 3.000 to 4.000 psi

Sealing: Seat-Gate: Metal x Metal Gasket-Seat: Explosive decompression proof soft-seal.

Model Type Work

pressure (psi) Actuation Inlet connector

Outlet connector

Body material Stem material

TGV001 1/2" 5000 Manual 1/2" NPT-F 1/2" NPT-F UNS S32550 - Superduplex

UNS N07718

TGV002 1/2" 5000 Manual 1/2" NPT-F BX 151 ring over

1/2" NPT-F UNS S32550 – Superduplex

UNS N07718

TGV004 1" 5000 Hydraulic and

manual 1" NPT-F 1" NPT-F

UNS S32550 – Superduplex

UNS N07718


manual 1" NPT-F 1" NPT-F

UNS S32550 – Superduplex

UNS N07718

TGV006 1/2" 5000 Manual BX 151 ring over

1/2" NPT-F BX 151 ring over

1/2" NPT-F UNS S32550 - Superduplex

UNS N07718


manual BX 151 ring over


1/2" NPT-F UNS S32550 - Superduplex

UNS N07718

VALVES


45

Model Type Work

pressure (psi) Actuation Inlet connector

Outlet connector

Body material Stem material

TGV008 1/2" 5000 Manual 1/2" NPT-F BX 150 ring over

MP 3/4" OD UNS S32550 – Superduplex

UNS N07718


manual BX 151 ring flange BX 151 ring flange

UNS S32550 - Superduplex

UNS N07718


manual Flanged Bonnet with BX 151 ring

- - UNS N06625


MP 3/4" OD BX 150 ring over

MP 3/4" OD UNS S32550 - Superduplex

UNS N07718



MP 3/4" OD UNS S32550 – Superduplex

UNS N07718


manual BX 151 ring over 1.3/8" 12 UNF-2B

BX 151ring over 1.3/8" 12 UNF-2B

UNS S32550 - Superduplex

UNS N07718

The 1" type, class 5000 psi hydraulic / manual gate valves requires to be connected to the instrument block or Wet Christmas Tree's underwater pressure compensation system for proper operation.

In cases where an integrated pressure compensation system is not available, Transcontrol provides a Compensation Module, consisting of a compensation piston, check and relief valves. The Compensation Module, installed along the gate valve's frame, safely equalizes the pressure between the interior of the actuator assembly and the subsea environment.

For more information, contact Transcontrol.



VALVES


VALVES

46

Gate valve – subsea, manual actuation, 1/2" internal diameter

Model A B C Inlet

connector Outlet

connector

TGV001 334 55 122 1/2" NPT - F 1/2" NPT - F

TGV002 378 66 127 1/2" NPT - F BX 151 ring over

1/2" NPT-F

TGV006 380 66 122 BX 151 ring over


1/2" NPT-F

TGV008 379 66 122 1/2" NPT - F BX 150 ring over

MP 3/4" OD

TGV011 367 66 124 BX 150 ring over


MP 3/4" OD

TGV012 367 66 124 BX 150 ring over


MP 3/4" OD

TGV015 334 55 122 MP 3/4" OD tubing MP 3/4" OD tubing

TGV016 377 66 122 BX 150 ring over

MP 3/4" OD MP 3/4" OD tubing


Gate valve – subsea, manual and hydraulic actuation, 1" internal

diameter

Model A B C Inlet

connector Outlet

connector

TGV004 612 85 149 1" NPT-F 1" NPT-F

TGV005 604 519 149 1" NPT-F 1" NPT-F

TGV007 653 85 160 BX 151 ring over


1/2" NPT-F

TGV009 623 85 190 BX 151 ring flange BX 151 ring flange

TGV013 654 84 194 BX 151 ring over 1.3/8" 12 UNF-2B

BX 151 ring over 1.3/8" 12 UNF-2B


VALVES


47

Gate valve – subsea, manual and hydraulic actuation, 1" internal

diameter, flanged bonnet mounting

Model A B C WCT connector

TGV010 482 85,75 Ø 232 BX 151 flanged bonnet


VALVES


VALVES

48

PRESSURE CONTROL VALVES - TWO

In many hydraulic and pneumatic systems, the use of elements that limit, regulate, reduce or prevent unwanted pressure surges is necessary. TWO pressure control valves can be employed in hydraulic or pneumatic units and panels to fulfill this requirement, regulating and stabilizing the line output pressure.

Application:

Hydraulic power units and control panels, where a specific output fluid pressure is required.



Output pressure: from 500 to 6.000 psi


Connector: 1/4", 3/8" NPT

Body material: AISI 316, brass

Seat material: AISI 316

Sealing type: Soft Seal

Model Input / output pressure (psi)

Fluid Inlet

connector Outlet

connector Body material

Restriction needle material

TWO001 10000/6000 Hydraulic 3/8" NPT - F 3/8" NPT - F AISI 316 17-4 PH

TWO002 6000/500 Pneumatic 1/4" NPT - F 1/4" NPT - F Brass AISI 316


TWO004 10000/4000 Hydraulic 1/4" NPT- F 1/4" NPT- F AISI 316 17-4 PH




TWO009 6000/4000 Hydraulic

subsea 1/2" NPT - F 1/2" NPT - F AISI 316 AISI 316



TWO013 6000/2500 Pneumatic 1/4" NPT -F 1/4" NPT -F Brass AISI 316

TWO015 6000/500 Pneumatic 3/4" NPT -F 3/4" NPT -F Brass AISI 316

TWO016 3000/3000 Pneumatic 1/4" NPT - F 1/4" NPT - F Brass AISI 316

TWO017 10000/500 Pneumatic 1/4" NPT - F 1/4" NPT - F AISI 316 AISI 316



VALVES


49

Pressure control valve – hydraulic

Model A B C D Inlet

connector Outlet

connector

TWO001 63 183 81 71 3/8" NPT - F 3/8" NPT - F

TWO003 63 183 81 71 3/8" NPT - F 3/8" NPT - F

TWO004 63 183 81 71 1/4" NPT- F 1/4" NPT- F

TWO005 63 183 81 71 1/4" NPT- F 1/4" NPT- F

TWO006 63 183 81 71 1/4" NPT - F 1/4" NPT - F

TWO007 63 183 81 71 1/4" NPT- F 1/4" NPT- F

TWO010 63 183 81 71 3/8" NPT - F 3/8" NPT - F

TWO011 63 183 81 71 3/8" NPT - F 3/8" NPT - F


Pressure control valve – pneumatic

Model A B C D Inlet

connector Outlet

connector

TWO002 63 160 50 71 1/4" NPT - F 1/4" NPT - F

TWO013 63 160 50 71 1/4" NPT -F 1/4" NPT -F

TWO015 63 166.5 70 71 3/4" NPT -F 3/4" NPT -F

TWO016 63 160 50 71 1/4" NPT - F 1/4" NPT - F

TWO017 63 160 50 71 1/4" NPT - F 1/4" NPT - F


Pressure control valve – hydraulic subsea

Model A B C D Inlet

connector Outlet

connector

TWO009 48.5 172 166 74 1/2" NPT - F 1/2" NPT - F


VALVES


VALVES

50

HIGH FLOW HIGH PRESSURE CONTROL VALVES - TRT

TRT high flow high pressure control valves were developed to be installed in hydraulic systems where output pressure stabilization is necessary, but high flow is expected. Frequently used in BOP, this line of valves can be installed in subsea environments.

Application:

Surface hydraulic units, panels and systems or subsea systems.



Output pressure range: 0 to 5.000 psi


Connector: 1/2", 1" NPT

Internal diameter: 1"


Seat material: AISI 316

Sealing type: Metal x metal

Model Input

pressure (psi)

Output pressure

(psi)

Inlet connector

Outlet connector

Drain connector

Auxiliary output

connector Material

TRT001 5000 500-3000 1" NPT-F 1" NPT-F 1/2" NPT-F 3/8" NPT-F AISI 316



TRT004 5000 500-3000 1/2" NPT-F 1/2" NPT-F 1/4/" NPT-F 1/4/" NPT-F AISI 316



VALVES


51

High flow high pressure control valve – handle with lock

Model A B C D Inlet

connector Outlet

connector

TRT001 420 178 146 154 1" NPT-F 1" NPT-F

TRT002 420 178 146 154 1" NPT-F 1" NPT-F

TRT003 420 190 156 154 1" NPT-F 1" NPT-F


High flow high pressure control valve – simple handle

Model A B C D Inlet

connector Outlet

connector

TRT004 445 153 97 160 1/2" NPT-F 1/2" NPT-F


VALVES


VALVES

52

SHUTTLE VALVES - TSV

Shuttle valves allow directional control of fluid between two or more outlets, through actuation of a central stem. The simplicity of the internal mechanism confers to the valve excellent reliability.

TSV shuttle valves are available with manual or hydraulic actuation and spring or pressure differential return.

Application:

Shuttle valves can be used in surface or subsea hydraulic systems to perform directional fluid flow control, such as alternating between different pressure range inputs.



Pilot pressure: 1.500 to 5.000 psi


Depth: up to 2500 m.

Connector: 3/8", 1" NPT


Sealing type: Soft Seal, Metal-Metal

Model Work pressure

(psi) Inlet / outlet connectors

Pilot connector Body material Stem material Hydraulic diagram

TSV001 5000 3/8" NPT-F - AISI 316 ASTM A564 TP 630-

17-4PH

TSV002 5000 3/8" NPT-F 1"-20UNEF-2B AISI 316 UNS N07718


17-4PH

TSV004 10000 1/2" NPT - AISI 316 ASTM A564 TP 630

-17 -4PH

TSV005 5000 1" NPT - AISI 316 AISI 420

TSV006 5000 3/8" NPT-F 3/8" NPT-F AISI 316 UNS N07718

TSV007 3000 3/8" NPT-F - AISI 316 UNS N07718



VALVES


53

Model Work pressure

(psi) Inlet / outlet connectors

Pilot connector Body material Stem material Hydraulic diagram


17-4PH



TSV013 5000 3/8" NPT-F - AISI 316 ASTM A564 TP 630

-17 -4PH


TSV015 3000 3/8" NPT-F - AISI 316 AISI 420

TSV016 10000 3/8" NPT-F - AISI 316 AISI 420

TSV017 5000 1" NPT - AISI 316 UNS N06625

TSV018 10000 1/4" NPT - AISI 316 ASTM A564 TP 630

-17 -4PH




VALVES


VALVES

54

Shuttle valve – pressure differential, round profile

Model A B Inlet

connector Outlet

connector

TSV001 102 50.8 hex. 3/8"

NPT-F 3/8"

NPT-F

TSV003 103 Ø 45 3/8"

NPT-F 3/8"

NPT-F

TSV005 165 Ø 76 1"

NPT-F 1"

NPT-F

TSV010 102 50.8 hex. 3/8"

NPT-F 3/8"

NPT-F

TSV017 183 Ø 76 1"

NPT-F 1"

NPT-F


Shuttle valve – differential pressure, square profile

Model A B C Inlet

connector Outlet

connector

TSV004 118 96 76 1/2"

NPT-F 1/2"

NPT-F

TSV013 118 96 76 3/8"

NPT-F 3/8"

NPT-F

TSV015 118 51 51 3/8"

NPT-F 3/8"

NPT-F

TSV016 75 51 32 3/8"

NPT-F 3/8"

NPT-F

TSV018 118 96 76 1/4"

NPT-F 1/4"

NPT-F


VALVES


55

Shuttle valve – hydraulic pilot

Model A B C Inlet

connector Outlet

connector Pilot

connector

TSV002 302 76 26 3/8"

NPT-F 3/8"

NPT-F 1"

-20UNEF-2B

TSV006 299 76 47 3/8"

NPT-F 3/8"

NPT-F 3/8"

NPT-F

TSV007 376 76 35 3/8"

NPT-F 3/8"

NPT-F -

TSV008 302 76 - 3/8"

NPT-F 3/8"

NPT-F 1"

-20UNEF-2B

TSV009 302 76 - 3/8"

NPT-F 3/8"

NPT-F 3/8"

NPT-F

TSV011 302 76 47 3/8"

NPT-F 3/8"

NPT-F 1"

-20UNEF-2B

TSV012 302 76 26 3/8"

NPT-F 3/8"

NPT-F 3/8"

NPT-F

TSV014 302 76 - 3/8"

NPT-F 3/8"

NPT-F 3/8"

NPT-F

TSV020 229 76 26 3/8"

NPT-F 3/8"

NPT-F 1"

-20UNEF-2B


VALVES


VALVES

56

PNEUMATIC PILOT VALVES - TPV

The TPV line of valves equipped with pneumatic pilot allow precise control and fluid directing in pneumatic systems. Designed to be installed on control panels, some models include a manual or automatic locking system that keeps the valve in the actuated position, until unlocked manually.

Application:

In pneumatic systems, for piloted control of low pressure fluid direction, where position permanence after actuation is desired.


Pressure rating: up to 170 psi


Connectors: 1/4", 3/8", 1/2" NPT


Spring material: AISI 302 stainless


Model Locking / rearm Work pressure

(psi) Pilot pressure

(psi) Outlet

connector Pilot

connector Body

material Hydraulic diagram

TPV001 Manual pin / Manual

pin 150 70-150 1/4" NPT-F 1/8" NPT-F AISI 316

TPV002 Manual integrated/ Manual integrated

150 70-150 1/4" NPT-F 1/8" NPT-F AISI 316




170 70-170 1/2" NPT-F 1/8" NPT-F AISI 316

TPV005 No lock, dual pilot 170 3-170 1/4" NPT-F 1/4" NPT-F AISI 316




170 70-170 3/8" NPT-F 1/8" NPT-F AISI 316

TPV008 Automatic / Manual

integrated 170 70-170 1/2" NPT-F 1/8" NPT-F AISI 316






150 70-150 1/4" NPT-F 1/8" NPT-F AISI 316





VALVES


57

Pneumatic pilot valve – Manual pin lock

Model A B C D E Process

connector Pilot

connector

TPV001 202 130 55 57 62 1/4"

NPT-F 1/8"

NPT-F

TPV003 208 141 54 78 62 1/2"

NPT-F 1/8"

NPT-F

TPV006 208 141 54 78 62 3/8"

NPT-F 1/8"

NPT-F

TPV012 208 141 54 78 62 1/2"

NPT-F 1/8"

NPT-F


Pneumatic pilot valve – Integrated lock

Model A B C D E Process

connector Pilot

connector

TPV002 202 130 55 57 62 1/4"

NPT-F 1/8"

NPT-F

TPV004 208 141 54 78 62 1/2"

NPT-F 1/8"

NPT-F

TPV007 208 141 54 78 62 3/8"

NPT-F 1/8"

NPT-F

TPV008 208 141 54 78 62 1/2"

NPT-F 1/8"

NPT-F

TPV009 208 141 54 78 62 1/2"

NPT-F 1/8"

NPT-F

TPV010 208 141 54 78 62 3/8"

NPT-F 1/4"

NPT-F

TPV011 202 130 55 57 62 1/4"

NPT-F 1/8"

NPT-F


Pneumatic pilot valve – Double pilot

Model A B C Process

connector Pilot

connector

TPV005 154 38 57 1/4"

NPT-F 1/4"

NPT-F


VALVES


VALVES

58

HIGH-LOW PILOT VALVES - THL

The High-low pilot valve has been designed to designate the supply line, between two lines of different pressure ranges. For operation, the valve is actuated hydraulically.

This kind of valve is frequently employed in the supply line for pneumatic cylinders, where a pre-charge pressure is necessary in order to reduce actuation delay.

Application:

In pneumatic systems, for piloted control of supply lines of different pressure ranges; or in the supply line of pneumatic equipment that require pre-charge.


Pressure rating: 150 psi


Connectors: 1/4" NPT


Spring material: AISI 1065

Spring housing material: Brass


Model High

pressure (psi) Low pressure

(psi) Pilot pressure (min-max, psi)

Process connector

Pilot connector

Body material

Hydraulic diagram

THL001 150 7 7-150 1/4" NPT-F 1/2" NPT-M AISI 316






VALVES


59

High-Low valve – Standard

Model A B C Process

connector Pilot

connector

THL001 301 81 60 1/4"

NPT-F 1/2"

NPT-M

THL002 205 44 60 1/4"

NPT-F 3/8"

NPT-M

THL003 303 44 60 1/4"

NPT-F 1/2"

NPT-M

THL004 303 44 60 1/4"

NPT-F 1/2"

NPT-M


VALVES


VALVES

60

CHECK VALVES - TCV

Check valves are commonly employed in hydraulic systems to allow fluid flow in one direction only. Simple check valves operate automatically, whereas some models can be piloted hydraulically to fully block passage or allow the fluid to flow in the inverse direction.

Application:

Used for one-way fluid flow in hydraulic power units, control panels, supply pumps and process systems. Can be employed in onshore, offshore or subsea environments.




Connector: 1/4", 3/8", 1/2", 9/16" and 3/4" NPT, 1/4", 3/8", 1/2" and 3/4" OD/DA, 7/16" JIC-04-37°, 9/16" MP, 1/8" SAE

Body material: AISI 316, UNS S32750 Superduplex, AISI 4340

Spring material: AISI 302 stainless

Sealing: Soft-seal, Metal-metal

Model Work

pressure (psi) Cracking

pressure (psi) Type

Inlet connector

Outlet connector

Pilot connector

Body material

Hydraulic diagram

TCV001 100 20 a 50 Piston 1/4" NPT-M 1/8" NPT-F - AISI 316

TCV002 100 20 a 50 Piston 1/8" SAE 1/8" NPT-F - AISI 316

TCV003 5000 25 Piston 3/8" NPT-F 3/8" NPT-F - AISI 316

TCV004 5000 25 Piston 3/8" NPT-M 3/8" NPT-M - AISI 316

TCV005 6000 25 Piston 3/8" OD/DA 3/8" OD/DA - AISI 316






TCV011 5000 25 Ball 3/8" NPT-F 3/8" NPT-F - AISI 316

TCV012 5000 25 Ball 3/8" NPT-F 3/8" NPT-F - UNS S32750 Superduplex


VALVES


61

Model Work

pressure (psi) Cracking

pressure (psi) Type

Inlet connector

Outlet connector

Pilot connector

Body material

Hydraulic diagram


TCV016 6000 25 Ball 1/4" NPT-F 1/4" OD/DA - AÇO AISI

4340


TCV019 5000 1900 a 2200 Piston Piloted

1/2" NPT-F 1/2" NPT-F 1/4" NPT-F AISI 316


TCV021 6000 25 Piston 1/4"NPT-M 1/4" NPT-M - AISI 316

TCV022 5000 - Pressure

differential 1/2" NPT-F 1/2" NPT-F - AISI 316


TCV025 1500 400 Piston piloted


TCV026 500 25 Ball 1/4" NPT-M 1/4" NPT-F - AISI 316



TCV028 5000 900 Piston 1/2" NPT-F 1/2" NPT-F - UNS S32750 Superduplex




TCV031 5000 1200 a 1800 Piston piloted




TCV035 5000 25 Piston 7/16" JIC-04-37° 1/4" NPT-M - AISI 316


TCV037 15000 25 Piston 3/8" NPT-F 3/8" NPT-F - UNS S32750 Superduplex

TCV038 5000 25 Piston 7/16" JIC-04-37° 1/8" NPT-M - AISI 316



TCV041 5000 8 Piston 3/4" BSP 3/4" BSP - AISI 316







VALVES


VALVES

62

Check valve – Standard

Model A B Inlet

connector Outlet

connector

TCV001 38 16 1/4"

NPT-M 1/8"

NPT-F

TCV002 32 16 1/8" SAE 1/8"

NPT-F

TCV003 86 25 3/8"

NPT-F 3/8"

NPT-F

TCV004 91 25 3/8"

NPT-M 3/8"

NPT-M

TCV005 99 32 3/8"

OD/DA 3/8"

OD/DA

TCV006 107 25 3/8"

OD/DA 3/8"

OD/DA

TCV007 88 32 3/8"

NPT-F 3/8"

NPT-F

TCV008 88 38 3/8"

NPT-F 3/8"

NPT-F

TCV009 95 32 1/2"

NPT-F 1/2"

NPT-F

TCV010 95 38 1/2"

NPT-F 1/2"

NPT-F

TCV011 86 25 3/8"

NPT-F 3/8"

NPT-F

TCV012 86 32 3/8"

NPT-F 3/8"

NPT-F

TCV013 88 32 3/8"

NPT-F 3/8"

NPT-F

TCV015 96 32 1/2"

NPT-F 1/2"

NPT-F

TCV016 100 37 1/4"

NPT-F 1/4"

OD/DA

TCV018 88 32 1/4"

NPT-F 1/4"

NPT-F

TCV020 88 38 1/4"

NPT-F 1/4"

NPT-F

TCV021 94 32 1/4"

NPT-M 1/4"

NPT-M

TCV022 100 38 1/2"

NPT-F 1/2"

NPT-F

TCV024 109 32 1/2"

OD/DA 1/2"

OD/DA

TCV026 27 19 1/4"

NPT-M 1/4"

NPT-F

TCV028 108 64 1/2"

NPT-F 1/2"

NPT-F

TCV030 102 45 3/4"

NPT-F 3/4"

NPT-F


VALVES


63

Check valve – Standard (cont.)

Model A B Inlet

connector Outlet

connector

TCV035 52 16 7/16"

JIC-04-37° 1/4"

NPT-M

TCV036 123 45 3/4"

OD/DA 3/4"

OD/DA

TCV037 88 41 3/8"

NPT-F 3/8"

NPT-F

TCV038 49 16 7/16"

JIC-04-37° 1/8"

NPT-M

TCV041 102 45 3/4" BSP

3/4" BSP

TCV043 113 38 9/16"

NPT-F 9/16"

NPT-F

TCV044 120 38 9/16"

NPT-F 9/16"

NPT-F


Check valve - Piloted

Model A B C Inlet

connector Outlet

connector Pilot

connector

TCV019 139 48 68 1/2"

NPT-F 1/2"

NPT-F 1/4"

NPT-F

TCV025 139 48 68 1/2"

NPT-F 1/2"

NPT-F 1/4"

NPT-F

TCV027 139 48 68 1/2"

NPT-F 1/2"

NPT-F 1/4"

NPT-F

TCV029 139 48 68 1/2"

NPT-F 1/2"

NPT-F 1/4"

NPT-F

TCV031 166 61 68 1/2"

NPT-F 1/2"

NPT-F 1/4"

NPT-F

TCV033 139 48 68 1/2"

NPT-F 1/2"

NPT-F 3/8"

NPT-F

TCV039 142 48 71 1/2"

NPT-F 1/2"

NPT-F 3/8"

NPT-F

TCV042 139 48 68 3/8"

NPT-F 3/8"

NPT-F 1/4"

NPT-F


VALVES


VALVES

64

HIGH FLOW CHECK VALVES - TRV

TRV line of High flow Check valves are employed in hydraulic systems to allow a high volume of fluid to flow in one direction only. TRV check valves operate automatically, dispensing manual or hydraulic actuation.

Application:

Used for high volume one-way fluid flow in hydraulic power units, control panels, supply pumps and process systems. Can be employed in onshore, offshore or subsea environments.




Connector: 1/2", 3/4" e 1" NPT-F; 1/2", 1", 3/4" e 1.1/2" SW-F

Body material: AISI 316, SAE 1020


Sealing: Soft-seal, Metal-metal

Model Work pressure

(psi) Type Connector Body material Spring material Hydraulic diagram

TRV001 5000 Piston 3/4" SW-F AISI 316 AISI 302

TRV002 800 Piston 1.1/2" SW-F SAE 1020 AISI 302


TRV004 5000 Piston 1" SW-F AISI 316 AISI 302


TRV006 5000 Piston 1" NPT-F AISI 316 AISI 302

TRV007 5000 Piston 1/2" NPT-F AISI 316 AISI 302

TRV008 5000 Piston 3/4" NPT-F AISI 316 AISI 302

TRV009 5000 Piston 1" NPT-F AISI 316 AISI 302



VALVES


65

High flow check valve – Standard

Model A B Inlet

connector Outlet

connector

TRV001 110 81 3/4"

SW-F 3/4"

SW-F

TRV002 123 94 1.1/2" SW-F

1.1/2" SW-F

TRV003 110 81 1/2"

SW-F 1/2"

SW-F

TRV004 110 81 1"

SW-F 1"

SW-F

TRV005 110 81 1/2"

SW-F 1/2"

SW-F

TRV006 160 81 1"

NPT-F 1"

NPT-F

TRV007 122 81 1/2"

NPT-F 1/2"

NPT-F

TRV008 124 81 3/4"

NPT-F 3/4"

NPT-F

TRV009 160 84 1"

NPT-F 1"

NPT-F


VALVES


VALVES

66

QUICK EXHAUST VALVE - TER

TER quick exhaust valves were designed to allow fluid flow in a one way only, much like a check valve. However, once the supply pressure drops, the quick exhaust mechanism causes pressurized fluid trapped downflow to quickly exhaust, avoiding unwanted pressure retained in the line.

Application:

In surface or subsea hydraulic systems, in cases where one way flow is required but there exists a risk of pressurized fluid to remain trapped in the line.




Connectors: 3/8" NPT, 1/2" NPT, 9/16" MP


Spring material: UNS S30200


Model Work pressure

(psi) Inlet

connector Outlet

connector Drain type Drain connector Body material

TER002 5000 1/2"

NPT-F 1/2"

NPT-F Free - AISI 316

TER005 5000 3/8"

NPT-F 3/8"

NPT-F Free - AISI 316

TER006 3000 1/2"

NPT-F 3/4"

NPT-F Connector

3/4" NPT-F

AISI 316

TER007 5000 3/8"

NPT-F 3/8"

NPT-F Connector

3/8" NPT-F

AISI 316

TER009 5000 9/16" OD

MP 9/16" OD

MP Free - AISI 316



VALVES


67

Quick Exhaust Valve – Free drain

Model A B Inlet

connector Outlet

connector

TER002 252 74 1/2"

NPT-F 1/2"

NPT-F

TER005 116 38 hex. 3/8"

NPT-F 3/8"

NPT-F

TER009 136 38 9/16" OD MP 9/16" OD MP


Quick Release Valve – Connector drain

Model A B Inlet

connector Outlet

connector Drain

connector

TER006 272 74 1/2"

NPT-F 3/4"

NPT-F 3/4"

NPT-F

TER007 116 54 3/8"

NPT-F 3/8"

NPT-F 3/8"

NPT-F


VALVES


VALVES

68

DIRECTIONAL VALVES - TVS

Directional valves allow the redirecting of fluid flow to one or more outlets, exclusive or simultaneously, according to the valve's configuration. TVS directional valves are frequently employed in hydraulic panels and control systems.

Application:

Valves with manual or interface actuation are employed in control panels and hydraulic systems, in onshore or offshore environments.




Connector: 1/4", 3/8", 1/2" e 1" NPT


Sealing material: PEEK, UNS S42000


Model Work pressure

(psi) Ways /

positions Actuation Inlet connector Body material Hydraulic diagram

TVS018 10000 4/3 Manual 3/8" NPT-F AISI 316

TVS026 3000 4/2 Manual 1" NPT-F AISI 316











VALVES


69

Model Work pressure

(psi) Ways /

positions Actuation Inlet connector Body material Hydraulic diagram


TSV089 6000 3/3 Manual with

transfer manifold 1/4" NPT-F AISI 316


Transcontrol is aware of the challenges that emerge

during hydraulic system operation, and innovates on developing

equipment that offers efficient solutions.

TSV089 directional valve integrates a transfer manifold,

designed to allow quick blocking of the pressurized line, in case of

a necessity to intervene on the directional valve. This function

ensures a safer, more agile and economic maintenance process.



VALVES


VALVES

70

Directional valve – Manual actuation

Model A B C Inlet

connector

TVS026 219 120 216 1"

NPT-F

TVS027 219 120 216 1"

NPT-F

TVS028 219 120 216 1"

NPT-F

TVS047 219 120 216 1"

NPT-F

TVS048 219 120 216 1"

NPT-F

TVS049 219 120 216 1"

NPT-F

TVS050 219 120 216 1"

NPT-F

TVS070 226 120 213 1"

NPT-F


Directional valve – Manual actuation, panel fixture

Model A B C D Inlet

connector

TVS026 135 70 142 48,2 1"

NPT-F


VALVES


71

Directional valve – Manual actuation, flanged

Model A B C D Inlet

connector

TVS018 197 89 102 160 3/8"

NPT-F

TVS030 197 89 102 160 1/4"

NPT-F

TVS031 197 89 102 160 1/4"

NPT-F

TVS066 197 89 102 160 3/8"

NPT-F

TVS090 204 89 102 160 1/2"

NPT-F


Directional valve – Manual actuation, with transfer manifold and

pressure gauge


connector

TVS064 145 176 49 233 110 3/8"

NPT-F


VALVES


VALVES

72

SUBSEA DIRECTIONAL VALVES - TVS

Subsea TVS directional valves allow fluid flow control and redirecting in hydraulic systems installed in subsea environments. The valves are actuated either via R.O.V, when equipped with proper receptacle and interface, or by remote actuating systems.

Application:

Subsea directional control valves were developed to be employed in control systems and manifolds installed in subsea environments to a depth of up to 2500 m.


Pressure rating: 5.000 psi


Work depth: up to 2500 m

Connector: 3/8" NPT


Sealing material: PEEK, UNS S42000


Model Work pressure

(psi) Ways /

positions Interface Inlet connector Body material Hydraulic diagram

TVS061 5000 4/3 ROV

interface 3/8" NPT-F AISI 316

TVS064 5000 4/3 ROV / remote

interface 8,1 mm 3/8" NPT-F AISI 316



TVS073 5000 4/3 ROV

Flanged 3/8" NPT-F AISI 316




interface with stop 3/8" NPT-F AISI 316

Transcontrol designs and manufactures subsea interfaces, such as R.O.V

receptacles according to ISO 13628-8 standard or others, per clients' specification.



VALVES


73

Subsea directional valve – ROV or remote interface

Model A B C D Inlet

connector

TVS064 120 111 111 63 3/8"

NPT-F

TVS069 152 111 111 94 3/8"

NPT-F

TVS082 162 111 112 104 3/8"

NPT-F

TVS087 162 111 112 104 3/8"

NPT-F


Subsea directional valve – Flanged ROV or remote interface

Model A B C D Inlet

connector

TVS073 140 130 93 69 3/8"

NPT-F


Subsea directional valve – ROV interface

Model A B C Inlet

connector

TVS061 239 111 182 3/8"

NPT-F


VALVES


VALVES

74

PILOTED DIRECTIONAL VALVES - THM

The THM line of pneumatic or manually actuated valves has been developed to allow fast and reliable switching between multiple input lines, employed in hydro-pneumatic systems.

Application:

Onshore and offshore hydraulic panels and units equipped with a pneumatic control line.



Pilot pressure range: 30 to 150 psi


Connector: 1/4", 3/8", 1/2" NPT

Pilot connector: 1/4", 3/8" NPT


Diaphragm material: Buna N Shore A 70


Model Work

pressure (psi)

Actuation pressure

(psi)

Inlet connector

Outlet connector

Drain connector

Pilot connector

Body material

Hydraulic diagram

THM001 5000 30-150 1/4" NPT-F 1/4" NPT-F 1/4" NPT-F 1/4" NPT-F AISI 316









VALVES


75

Piloted directional valve - Standard

Model A B C D Connector Pilot

connector

THM001 165 127 50 88,7 1/4"

NPT-F 1/4"

NPT-F

THM003 165 127 55 88,7 3/8"

NPT-F 3/8"

NPT-F

THM004 165 127 50 88,7 1/4"

NPT-F 1/4"

NPT-F

THM005 165 127 55 88,7 3/8"

NPT-F 1/4"

NPT-F

THM006 227 127 80 138,6 3/8"

NPT-F 1/4"

NPT-F

THM007 165 127 69 88,7 1/2"

NPT-F 3/8"

NPT-F


Piloted directional valve – With rearm

Model A B C D Connector Pilot

connector

THM002 198 127 50 88,7 1/4"

NPT-F 1/4"

NPT-F


IN

STRUM

ENTATIO

N

AU

XIL

IARY H

YD

RAU

LIC


INSTRUMENTATION AUXILIARY HYDRAULIC

76

AUXILIARY HYDRAULIC INSTRUMENTATION

Hydraulic Filters - TDA 78

Quick Couplings - TEN 84

Manifolds - TMA 86

Thermal Fuse Plug - TFT 91

Hydropneumatic Pumps - TBO 92

Gas Boosters - TBO 94

INSTRUM

ENTIO

N

AU

XIL

IARY H

YD

RAU

LIC


77

Process-integrated Instrumentation

Transcontrol considers the entire process and the interaction between its subsystems as a whole,

not limited to a set of isolated components. Our way of thinking ensures the development, manufacture

and testing of auxiliary hydraulic instrumentation that strives to complement the system in full.

Our experience with specialized hydraulic systems provides the means for constant evolution in our

auxiliary instrumentation line.

IN

STRUM

ENTATIO

N

AU

XIL

IARY H

YD

RAU

LIC



78

HYDRAULIC FILTERS - TDA

Hydraulic filters are essential components that, when part of a hydraulic system, have the function of guaranteeing the correct fluid cleanliness. By ensuring that the system has a correctly sized filtering setup many faults such as low performance, clogging, excessive wear and premature breakage can be avoided.

Transcontrol designs hydraulic filters for both suction and pressure lines, in various models and configurations.

Application:

Indicated in most hydraulic systems, especially in more sensitive systems where maintaining a minimum fluid cleanliness level is recommended.




Connectors: 1/4", 3/8", 1/2", 3/4", 2" NPT

Filtering element: 3, 5, 10, 20, 40, 80, 125, 180 μm.

Body material: AISI 316, AISI 316L, UNS S32750 superduplex, ASTM A-36

Filtering element material: AISI 316, AISI 304, fiberglass

Model Type Work pressure

(psi) Filtering element

(μm) Connector Body material

Filtering element material

TDA002 Compact 5000 40 3/8" NPT-F AISI 316L AISI 316


TDA005 Compact 5000 10 3/8" NPT-F (ÂNGULO)

AISI 316L AISI 316

TDA006 Compact 5000 40 3/8" NPT-F (ÂNGULO)

AISI 316L AISI 316


TDA046 Compact 15000 10 1/4" NPT-F UNS S32750 AISI 316

TDA004 Compact w/

vacuum gauge Suction 10 3/8" NPT-F AISI 316L AISI 316

TDA009 Compact w/

vacuum gauge Suction 40 3/8" NPT-F AISI 316L AISI 316

TDA017 Simple with visual

indicator 1000 125 3/4" NPT-F AISI 316L AISI 316













INSTRUM

ENTIO

N

AU

XIL

IARY H

YD

RAU

LIC


79


(psi) Filtering element

(μm) Connector Body material

Filtering element material







TDA018 Simple w/ vacuum

gauge Suction 125 3/4" NPT-F AISI 316L AISI 316













TDA007 Compact w/ visual

indicator 5000 40 3/8" NPT-F AISI 316 AISI 316













TDA020 Indicator visual /

electric Suction 10 3/4" NPT-F AISI 316 AISI 316

TDA021 Indicator visual /

electric Suction 40 3/4" NPT-F AISI 316 AISI 316

TDA035 Progressive w/ vacuum gauge

Suction 125/40 2" NPT-F AISI 316 AISI 304

TDA037 Progressive w/ vacuum gauge

Suction 125/60/40 2" NPT-F AISI 316 AISI 304

TDA016 Y 5000 80 1/2" NPT-F AISI 316 AISI 316




TDA042 Y 3000 180 3/4" SW ASTM A-36 AISI 316

TDA043 Y 6000 50 1/2" SW AISI 316 AISI 316



IN

STRUM

ENTATIO

N

AU

XIL

IARY H

YD

RAU

LIC



80

Filter - Compact

Model A B C Inlet

connector

TDA002 111 82 61 3/8" NPT-F

TDA003 111 82 61 3/8" NPT-F

TDA005 111 82 61 3/8" NPT-F

(angle)

TDA006 111 82 61 3/8" NPT-F

(angle)

TDA012 109 82 61 1/2" NPT-F

TDA046 115 97 68 1/4" NPT-F


Filter – Compact, suction, with vacuum gauge

Model A B C Inlet

connector

TDA004 142 82 61 3/8" NPT-F

TDA009 164 82 61 3/8" NPT-F


INSTRUM

ENTIO

N

AU

XIL

IARY H

YD

RAU

LIC


81

Filter – Compact, with visual maintenance indicator

Model A B C Inlet

connector

TDA007 178 77 61 3/8" NPT-F

TDA008 178 77 61 3/8" NPT-F

TDA010 189 77 61 1/2" NPT-F

TDA011 189 77 61 1/2" NPT-F

TDA039 178 77 61 3/8" NPT-F

TDA040 189 77 61 1/2" NPT-F

TDA044 177 77 61 1/2" NPT-F


Filter – Simple, with visual maintenance indicator

Model A B C Inlet

connector

TDA017 250 114 90 3/4" NPT-F

TDA019 377 114 90 3/4" NPT-F

TDA022 250 144 90 3/4" NPT-F

TDA026 377 144 90 3/4" NPT-F

TDA027 250 144 90 3/4" NPT-F

TDA028 250 144 90 3/4" NPT-F

TDA029 250 144 90 3/4" NPT-F

TDA030 250 144 90 3/4" NPT-F

TDA036 377 144 90 3/4" NPT-F

TDA038 377 144 90 3/4" NPT-F


IN

STRUM

ENTATIO

N

AU

XIL

IARY H

YD

RAU

LIC



82

Filter – Simple, suction, with vacuum gauge

Model A B C Inlet

connector

TDA018 270 128 115 3/4" NPT-F

TDA023 213 114 90 3/4" NPT-F

TDA024 213 114 90 3/4" NPT-F

TDA031 232 114 90 3/4" NPT-F

TDA041 339 114 89 3/4" NPT-F

TDA045 339 114 89 3/4" NPT-F

TDA047 213 114 90 3/4" NPT-F


Filter – Simple, with electric/visual maintenance indicator

Model A B C Inlet

connector

TDA020 250 99 73 3/4" NPT-F

TDA021 250 99 73 3/4" NPT-F


Filter – Suction, double filter progressive, with vacuum gauge

Model A B C Inlet

connector

TDA035 215 183 150 2" NPT-F


INSTRUM

ENTIO

N

AU

XIL

IARY H

YD

RAU

LIC


83

Filter – Suction, triple filter progressive, with vacuum gauge

Model A B C Inlet

connector

TDA037 215 183 150 2" NPT-F


Filter - Y

Model A B Inlet

connector

TDA016 90 89 1/2" NPT-F

TDA032 90 89 1/2" NPT-F

TDA033 90 89 1/2" NPT-F

TDA034 90 89 1/2" NPT-F

TDA042 96 92 3/4" SW

TDA043 96 92 1/2" SW


IN

STRUM

ENTATIO

N

AU

XIL

IARY H

YD

RAU

LIC



84

QUICK COUPLINGS - TEN

The TEN quick coupling valves are special connector-valves that allow fast and safe connection and disconnection of hoses and other line components, manually and without use of tools, blocking the passage of fluid automatically when disconnected.

Application:

Indicated for hydraulic systems or testing setups, where frequent connection and disconnection of equipment is necessary.




Connectors: 1/4", 3/8" NPT, 1/4" JIC

Body material: AISI 316, UNS S32760 duplex

Stem material: AISI 316, UNS S32760 duplex

Locking Ball material: AISI 316, Inconel



Model Work pressure

(psi) Inlet connector Outlet connector Body material Spring material

TEN001 4000 1/4" NPT-F 1/4" NPT-M AISI 316 AISI 302

TEN002 8000 1/4" NPT-F 1/4" NPT-M AISI 316 AISI 302

TEN003 8000 1/4" NPT-F 1/4" NPT-F AISI 316 AISI 302

TEN004 8000 1/4" NPT-F 1/4" NPT-F AISI 316 AISI 302

TEN005 8000 3/8” NPT-F 3/8” NPT-F AISI 316 AISI 302

TEN006 8000 3/8” NPT-M 3/8” NPT-F AISI 316 AISI 302

TEN007 8000 3/8” NPT-M 1/4" JIC AISI 316 AISI 316

TEN008 8000 1/4" OD/DA 1/4" NPT-M AISI 316 AISI 316

TEN009 5000 3/8” NPT-M 3/8” NPT-F AISI 316 AISI 302

TEN011 10000 3/8" NPT-M 1/4" JIC UNS S32760 AISI 302

TEN012 10000 1/4" NPT-F 1/4" NPT-M UNS S32760 AISI 302

TEN013 20000 1/4" NPT-F 1/4" NPT-F UNS S17400 AISI 302

TEN014 10000 3/8" NPT-F 3/8" NPT-F UNS S32760 AISI 302

TEN015 5000 1/4" JIC 3/8" NPT-M AISI 316 AISI 302

TEN016 15000 1/4" NPT-M 1/4" NPT-F UNS S32760 -



INSTRUM

ENTIO

N

AU

XIL

IARY H

YD

RAU

LIC


85

Quick Coupling - NPT x NPT connector

Model A B C Inlet

connector Outlet

connector

TEN001 85 60.8 50.5 1/4"

NPT - F 1/4"

NPT-M

TEN002 85 60.8 50.5 1/4"

NPT - F 1/4"

NPT-M

TEN003 74.9 56 40.9 1/4"

NPT-F 1/4"

NPT - F

TEN004 74.9 56 40.9 1/4"

NPT-F 1/4"

NPT - F

TEN005 119 71.5 61 3/8”

NPT-F 3/8”

NPT-F

TEN006 87.9 69 40.9 3/8”

NPT-M 3/8”

NPT-F

TEN009 129 71.5 71.3 3/8”

NPT-M 3/8”

NPT-F

TEN012 86 56 52 1/4" NPT-F 1/4" NPT-M

TEN013 81 61,5 38,2 1/4" NPT-F 1/4" NPT-F

TEN014 117,2 70,4 61 3/8" NPT-F 3/8" NPT-F

TEN016 77 62,1 42,5 1/4" NPT-M 1/4" NPT-F


Quick Coupling – Various connectors

Model A B C Inlet

connector Outlet

connector

TEN007 117 54.1 84.8 3/8”

NPT - M 1/4" JIC

TEN008 123 87,5 56,7 1/4"

OD/DA 1/4"

NPT-M

TEN011 118 54,1 86 3/8" NPT-M 1/4" JIC

TEN015 118 86 54 1/4" JIC 3/8" NPT-M


IN

STRUM

ENTATIO

N

AU

XIL

IARY H

YD

RAU

LIC



86

MANIFOLDS - TMA

Manifold valves allow a more compact, safe and reliable and specialized instrumentation setup, by providing a valve system to enable instrument isolation, draining and other functions. Manifolds are also used to distribute hydraulic supply between many outlets from a single inlet in a controlled way.

Application:

For instrumentation setup, isolation and maintenance, or hydraulic supply distribution.




Connectors: Threaded NPT, flanged

Type of stem: Rotary, non rotary

Types: Planar or biplanar

Body material: AISI 316, carbon steel (other materials, contact us).

Sealing type: Metal-Metal, soft seal

Model Work pressure

(psi) Inlet connector Outlet connector Body material Tipo e material da vedação

TMA001 5000 Flange Flange ASTM A216 GR WCB PTFE with fiberglass

TMA002 5000 1/2" NPT -F 1/2" NPT -F AISI 1020 PTFE with fiberglass

TMA003 5000 1/2" NPT -F 1/2" NPT -F AISI 1020 Ferrule - PTFE

TMA004 6000 Flange Flange AISI 316 PTFE with fiberglass




TMA008 5000 1/2" NPT -F 1/2" NPT -F AISI 1020 Gasket - PTFE

TMA009 5000 1/2" NPT - F 1/2" NPT - F AISI 316 PTFE

TMA010 5000 1/2" NPT- F 1/8” NPT - F AISI 1020 Ferrule - PTFE

TMA011 5000 1/2" NPT- F Flange AISI 1020 PTFE

TMA012 5000 1/2" NPT- F Flange AISI 316 PTFE

TMA014 5000 1/2" NPT- F 1/2" NPT- F AISI 1020 Ferrule - PTFE


TMA018 5000 1/2" NPT- F 1/2" NPT- F AISI 316 Ferrule - Graphite PTFE

TMA019 6000 1/2" NPT - F 1/2" NPT - F AISI 316 PTFE with fiberglass

TMA020 6500 1/2" NPT -F 1/2" NPT - f AISI 316 Gasket - Grafoil

TMA021 6500 1/2" NPT -F 1/2" NPT - f AISI 316 Gasket - PTFE

INSTRUM

ENTIO

N

AU

XIL

IARY H

YD

RAU

LIC


87

Model Work pressure

(psi) Inlet connector Outlet connector Body material Tipo e material da vedação

TMA022 6500 1/2" NPT - F 1/2" NPT - F AISI 316 Gasket - Grafoil

TMA023 6000 Flange 1/2" NPT - F AISI 1020 PTFE with fiberglass

TMA025 5000 1/2" BSP 1/8” NPT - f AISI 316 PTFE

TMA026 6500 1/2" NPT - F 1/2" NPT - F AISI 316 Gasket - PTFE

TMA027 3000 1/2" NPT -F 1/2" NPT -F AISI 316 Gasket - PTFE

TMA028 5000 1/2" NPT -F 1/2" NPT -F AISI 1020 Ferrule - Graphite PTFE


TMA030 6000 Flange Flange AISI 316 PTFE with fiberglass

TMA031 6000 1/2" NPT -F 1/2" NPT - F AISI 316 Ferrule - PTFE


TMA033 6000 Flange 1/2" NPT -F AISI 316 PTFE with fiberglass



TMA036 5000 1/2" NPT- F 1/8” NPT - F AISI 316 PTFE

TMA037 6500 1/2" NPT - M 1/2" NPT - F AISI 316 Gasket - PTFE

TMA039 6000 Flange 1/2" NPT -F AISI 316 PTFE with fiberglass

TMA041 6500 1/2" NPT - F Flange AISI 316 PTFE with fiberglass

TMA042 6500 1/2" NPT - F 1/2" NPT - F ASTM A216 GR WCB Gasket - PTFE



IN

STRUM

ENTATIO

N

AU

XIL

IARY H

YD

RAU

LIC



88

Manifold - 2 way, rotary stem

Model A B C Inlet

connector Outlet

connector

TMA009 162 105 36 1/2"

NPT-F 1/2"

NPT-F

TMA010 162 105 36 1/2"

NPT-F 1/8”

NPT-F

TMA011 99 70 36 1/2"

NPT-F Flange

TMA012 99 70 36 1/2"

NPT-F Flange

TMA014 162 105 36 1/2"

NPT-F 1/2"

NPT-F

TMA018 162 105 36 1/2"

NPT-F 1/2"

NPT-F

TMA025 162 105 36 1/2" BSP 1/8”

NPT-F

TMA036 208 88 63 1/2"

NPT-F 1/8”

NPT-F


Manifold – 2 way, non rotary stem

Model A B C D Inlet

connector Outlet

connector

TMA020 86.2 86.2 98 56 1/2"

NPT-F 1/2"

NPT-F

TMA021 86.2 86.2 98 56 1/2"

NPT-F 1/2"

NPT-F

TMA022 86.2 86.2 98 60 1/2"

NPT-F 1/2"

NPT-F

TMA027 86.2 86.2 98 56 1/2"

NPT-F 1/2"

NPT-F

TMA032 86.2 86.2 98 56 1/2"

NPT-F 1/2"

NPT-F

TMA037 86.2 86.2 98 56 1/2"

NPT-M 1/2"

NPT-F

TMA042 86.2 86.2 98 56 1/2"

NPT-F 1/2"

NPT-F


INSTRUM

ENTIO

N

AU

XIL

IARY H

YD

RAU

LIC


89

Manifold – 3 way

Model A B C D E F G H I Inlet

connector Outlet

connector

TMA001 221 54 86 107 41 58 78 34 17 Flange Flange

TMA002 212 54 86 106 41 58 95 55 38 1/2"

NPT-F 1/2"

NPT-F

TMA003 221 54 96 94 - 32 60 30 14 1/2"

NPT-F 1/2"

NPT-F


TMA005 212 54 86 106 41 58 95 55 38 1/2"

NPT-F 1/2"

NPT-F

TMA006 221 54 98 94 - 32 60 30 14 1/2"

NPT-F 1/2"

NPT-F

TMA015 212 56 84 106 41 58 95 55 38 1/2"

NPT-F 1/2"

NPT-F

TMA019 213 54 95 125 - 32 63 - - 1/2"

NPT-F 1/2"

NPT-F

TMA023 213 54 95 - - - - - - Flange 1/2"

NPT-F

TMA026 203 54 96 86 - 32 62 32 - 1/2"

NPT-F 1/2"

NPT-F

TMA028 221 54 96 94 - 32 60 30 14 1/2"

NPT-F 1/2"

NPT-F

TMA029 203 54 96 86 - 32 62 32 - 1/2"

NPT-F 1/2"

NPT-F


TMA031 221 54 96 94 - 32 60 30 - 1/2"

NPT-F 1/2"

NPT-F

TMA033 213 55 95 - - - - - - Flange 1/2"

NPT-F

TMA039 213 54 95 - - - - - - Flange 1/2"

NPT-F

TMA041 203 54 86 103 41 58 95 55 38 1/2"

NPT-F Flange

A, B, C, D, E, F, G, H e I dimensions in mm.

IN

STRUM

ENTATIO

N

AU

XIL

IARY H

YD

RAU

LIC



90

Manifold - 5 way

Model A B C D E F G H Inlet

connector Outlet

connector

TMA007 212 86 25 54 75 32 16 77 1/2"

NPT-F 1/2"

NPT-F

TMA008 212 86 25 54 75 32 16 77 1/2"

NPT-F 1/2"

NPT-F

TMA034 212 86 - 54 75 58 16 110 1/2"

NPT-F 1/2"

NPT-F

TMA035 86 55 25 55 75 32 16 110 1/2"

NPT-F 1/2"

NPT-F

A, B, C, D, E, F, G e H dimensions in mm.

INSTRUM

ENTIO

N

AU

XIL

IARY H

YD

RAU

LIC


91

THERMAL FUSE PLUG - TFT

Thermal fuse plugs are elements commonly employed in pneumatic systems, installed on the main line or accumulator pre-charge. When exposed to a high temperature, caused by a fire or excessive line heating, the special internal alloy fuses, allowing the pneumatic line to vent and preventing excessive pressure damage. The plug's output can also be monitored, engaging emergency cooling systems whenever plug fusion is detected.

Application:

Used in pneumatic systems as a high temperature sensitive trigger, or for emergency pressure relief in hydraulic systems or accumulators.



Fusion temperature range: 70 to 77 °C

Fusion element: Special alloy

Connectors: 1/4”, 1/2", 3/4" NPT-M, 1/2" BSP


Testing standard: ABNT NBR 11707

Weight: 40 g

Environmental conditions: Relative air humidity: up to 100% Environment salinity: up to 1mg NaCl/m³

Model Maximum work

pressure (psi) Fusion temperature (°C) Connector Body material

TFT001 600 70 to 77 1/4" NPT-M AISI 316

TFT002 600 70 to 77 3/4" NPT-M AISI 316

TFT003 600 70 to 77 1/2" BSP AISI 316

TFT004 600 70 to 77 1/2" NPT-M AISI 316



IN

STRUM

ENTATIO

N

AU

XIL

IARY H

YD

RAU

LIC



92

HYDROPNEUMATIC PUMPS - TBO

Hydropneumatic pumps are equipment frequently used in hydraulic systems, in order to pressurize the hydraulic line via pneumatic supply. Due to its purely mechanical operation, dismissing the necessity of electrical energy for pump impulse, the hydropneumatic pump allows intermittent actuation while avoiding the excessive wear and starter current problems associated with electrical motors.

Application:

Supply of hydraulic energy in surface systems, test benches, power units, etc; through pneumatic energy supply.



Maximum supply pressure: 135 psi (9.3 bar)

Connectors: 1/4", 1/2" NPT-F

Body material: Aluminum alloy

Internal components material: AISI 316

Sealing type: Soft Seal (O'ring)

(For other specific pump specifications, contact Transcontrol)

Model Maximum

pressure (psi) Maximum pneumatic

supply pressure (psi/bar) Process

connector Supply


Internals material

TBO006 10.000 135 / 9.3 1/2" NPT-F 1/2" NPT-F Aluminum AISI 316

TBO008 15.000 125 / 8.6 1/4" NPT-F 1/4" NPT-F Aluminum AISI 316



INSTRUM

ENTIO

N

AU

XIL

IARY H

YD

RAU

LIC


93

Hydropneumatic Pump – Standard

Model A B C D Inlet

connector Outlet

connector

TBO006 350 198 305 183 1/2" NPT-F 1/2" NPT-F

TBO008 173 78 126 78 1/4" NPT-F 1/4" NPT-F


IN

STRUM

ENTATIO

N

AU

XIL

IARY H

YD

RAU

LIC



94

GAS BOOSTERS - TBO

In pneumatic or gas pressurization systems, Gas boosters are commonly employed to provide a pressure step-up function or to collect gases from reservoirs whose pressure dropped below a free flow limit, by using external pneumatic supply. The gas booster can also utilize the gas line's own fluid as supply to output it at an increased pressure. Since the gas booster does not require electrical motor for its function, it is specially indicated for intermittent workloads.

Application:

Pneumatic pressure amplification in surface gas systems, test benches, gas injection systems, etc; high cost gas scavenging, via pneumatic supply.


Pressure rating: up to 10.000 psi (690 bar)

Supply pressure: 217 to 1000 psi (15 to 69 Bar)

Connectors: 1/4" NPT-F, 1/4" BSP-F

Body material: Aluminum alloy

Internal components material: AISI 316

Supply connector: 1/4" NPT-F, 3/4" BSP-F

Sealing type: Soft Seal (O'ring)

(For other booster specifications, contact Transcontrol)

Model Max pressure

(psi/bar) Max supply pressure

(psi/bar) Process

connector Supply


Internals material

TBO004 10.000/690 1000/69 1/4" BSP-F 3/4" BSP-F Aluminum AISI 316

TBO010 260/18 145/10 1/4" NPT-F 1/4" NPT-F Aluminum AISI 316



INSTRUM

ENTIO

N

AU

XIL

IARY H

YD

RAU

LIC


95

Gas Booster – Standard

Model A B C Inlet

connector Outlet

connector

TBO004 645 201 310 1/4" BSP-F 1/4" BSP-F

TBO010 650 205 165 1/4" NPT-F 1/4" NPT-F


TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


TRANSMITTERS AND DATA ACQUISITION

96


Pressure and Temperature Transmitters – TPT 98

Permanent Downhole Gauge - PDG 106

Downhole Gauge- TTP 110

Coaxial Electrical Cable Splice - TEE 112

V-Cone Flow Meter - TMV 114

IWIS / Universal PDG Interface Card- TLE 116

Signal Acquisition System (SAS) - TLE 117

Portable Signal Acquisition System (SASP) - TLE 118

Mobile Subsea Signal Acquisition System (SSAS) - TSI 119

Independent Subsea Signal Acquisition System (SASMI) - TSI 120

Compact Independent Subsea Signal Acquisition System (SASMIcIr) - TSI 121

Subsea Electrical Monitoring System - TSE 122

TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


97

Complete Solutions in Acquisition and

Monitoring Systems

As the monitoring and control processes of platform and chemical processing plants become

increasingly sophisticated, more precision and reliability in rigorous environments is demanded.

Through our ample experience in the development of transmitters and data acquisition systems, we

constantly promote innovation and progression of Brazilian technology, in order to fulfill the constantly

evolving demands of the oil & gas industry.

TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



98

PRESSURE AND TEMPERATURE TRANSMITTERS – TPT

The Transcontrol line of Pressure and Temperature Transmitters (TPT) is composed of highly precise and reliable devices, designed to long term subsea use in wet Christmas trees, injection wells and production manifolds.

Transcontrol TPT models possess an isolation diaphragm, developed to prevent contaminant, paraffin and hydrate buildup on the sensor's probe that may negatively impact the transmitters' pressure and temperature measurement.

Application

Pressure and temperature monitoring in WCT, production manifolds and control systems.



Maximum overpressure: up to 20.000 psi

Pressure precision: up to 0,2% FS.

Temperature calibration range: 0 to 150 °C

Temperature working range: -20 to 150 °C

Temperature precision: up to 0,5% FS.

Work depth: up to 3.000 m.

Probe length: According to client's specifications

Probe configuration: Flush, foil (both including isolation diaphragm for application in fluids where paraffin, hydrate and contaminant buildup is possible)

Electrical connector: JIC 37° 3/4", MK-2 M25x1,5, Bulkhead connectors

Output: 4-20 mA analog, digital MODBUS RTU protocol, CANbus protocol

Lately production processes and plants have become increasingly sophisticated and complex, prioritizing more specific solutions for each scenario. In order to comply with mechanical and performance requirements in extremely demanding environments, and ensure conformity with the communication protocols employed throughout the integrated systems at the production sites, Transcontrol develops modular and interchangeable specifications for the pressure and temperature transmitter line.

TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


99

Probe Length according to

specification

Flange and body Structural /

mounting flange

Sensors Data acquisition

Communication System / protocol

Interface Electrical connector

3000 psi BX 150 - 1.11/16"

5000 psi Pressure 4-20 mA analog JIC 8 37° 3/4"

5000 psi BX 151 - 1.13/16"

10000 psi

Pressure and temperature

MODBUS RTU MK2 M25x1,5 thread

10000 psi BX 151 - 1.13/16"

15000 psi Pressure redundant CANopen

Bulkhead straight connector

15000 psi BX 152 - 2.1/16"

10000 psi

Pressure and temperature redundant

Bulkhead 90° bend

connector

Pressure and

temperature high resolution

2

Pressure

3.000 – 15.000 psi

3000 psi

Length by specification

BX 150 - 1.11/16"

JIC 8 37° 3/4" Pressure

3.000 – 15.000 psi

Temperature

0 – 150 °C

Analog

4 – 20 mA

5000 psi


BX 151 - 1.13/16"

MK2 M25x1,5 thread

Pressure redundant

3.000 – 15.000 psi

Digital

MODBUS RTU

10000 psi


BX 151 - 1.13/16"

Bulkhead connector Straight

Pressure redundant

3.000 – 15.000 psi

Temperature redundant

0 – 150 °C

Digital CANopen

15000 psi


BX 152 - 2.1/16"

Bulkhead connector

90° bend

Pressure high

resolution

3.000 – 15.000 psi

Temperature high resolution 0 – 150 °C

TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



100

Model

Type of transmitter (Pressure /

Temp.)

Work pressure

(psi)

Temp. calibration range (°C)

Temp, work range (°C)

Flange interface

Electrical connector

Output Body / Probe

material

TPT007 P. and T. High

Resolution 5000 0° a 100° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi

JIC 8 37° 3/4" Digital MODBUS

RTU AISI 316L / Inconel

TPT008 P. Flush 2900 0° a 100° -10° a 120° API 6A - BX 151 -

1.13/16" - 10000 psi Bulkhead 90°

bend Analog 4-20 mA

AISI 316L / AISI 316L

TPT012 P. and T. Flush 5000 0° a 100° -10° a 120° API 6A - BX 151 -

1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA AISI 316L / Inconel


1.13/16" - 10000 psi Bulkhead 90°

bend Analog 4-20 mA

AISI 316L / AISI 316L




1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA

Superduplex / Inconel




1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



Resolution 10000 0° a 120° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi


RTU Superduplex /

Inconel


1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



1.13/16" - 10000 psi MK2 M25x1,5

thread Analog 4-20 mA AISI 316L / Inconel


1.13/16" - 10000 psi MK2 M25x1,5

thread Analog 4-20 mA AISI 316L / Inconel


Resolution 5000 0° a 100° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi


RTU Superduplex /

Inconel


1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA


TPT034 T. - 0° a 100° -10° a 120° API 6A - BX 151 -

1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



Resolution 10000 0° a 150° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi


RTU Superduplex /

Inconel


Resolution 5000 0° a 150° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi


RTU AISI 316L / Inconel


1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



Resolution 5000 0° a 100° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi

MK2 M25x1,5 thread

Digital MODBUS RTU



1.13/16" - 10000 psi MK2 M25x1,5

thread Analog 4-20 mA



Resolution 10000 0° a 150° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi

MK2 M25x1,5 thread

Digital MODBUS RTU



1.13/16" - 10000 psi MK2 M25x1,5




1.13/16" - 10000 psi MK2 M25x1,5




1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



1.13/16" - 10000 psi Bulkhead 90°

bend Analog 4-20 mA


TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


101

Model


Temp.)

Work pressure

(psi)



Flange interface


Output Body / Probe

material


1.13/16" - 10000 psi Bulkhead 90°

bend Analog 4-20 mA


TPT050 T. - 0° a 50° -10° a 120° API 6A - BX 151 -

1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



2.1/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



2.1/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



Resolution 10000 0° a 150° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi

Bulkhead 90° bend

Digital MODBUS RTU



1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA


TPT057 T. Digital - 0° a 135° -10° a 135° API 6A - BX 152 -

2.1/16" - 10000 psi Bulkhead Straight

Digital MODBUS RTU


TPT058 P. Digital 10000 - -10° a 135° API 6A - BX 152 -


Digital MODBUS RTU


TPT059 P. Digital 10000 - -10° a 135° API 6A - BX 152 -


Digital MODBUS RTU


TPT060 P. and T. Digital 10000 0° a 135° -10° a 135° API 6A - BX 151 -

1.13/16" - 10000 psi JIC 8 37° 3/4"

Digital MODBUS RTU


TPT061 P. e T. High Resolution

10000 25° a 150° -10° a 150° API 6A - BX 151 -

1.13/16" - 10000 psi JIC 8 37° 3/4"

Digital MODBUS RTU



1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA


TPT064 P. and T. Digital 15000 0° a 150° -10° a 150° API 6A - BX 151 -

1.13/16" - 15000 psi JIC 8 37° 3/4"

Digital MODBUS RTU


TPT065 P. and T. Digital

Redundant 15000 0° a 150° -10° a 150°

API 6A - BX 151 - 1.13/16" - 15000 psi


RTU Superduplex /

Inconel


1.13/16" - 15000 psi JIC 8 37° 3/4" Analog 4-20 mA


TPT067 P. and T. Flush

Redundant 15000 0° a 150° -10° a 150°

API 6A - BX 151 - 1.13/16" - 15000 psi

JIC 8 37° 3/4" Analog 4-20 mA Superduplex /

Inconel

TPT068 P. and T. CANopen

10000 0° a 135° -10° a 135° API 6A - BX 151 -

1.13/16" - 10000 psi JIC 8 37° 3/4" Digital CANopen



1.11/16" - 5000 psi JIC 8 37° 3/4" Analog 4-20 mA


TPT070 P. and T. CANopen

10000 0° a 150° -10° a 150° API 6A - BX 151 -


Digital CANopen Superduplex /

Inconel

TPT071 P. & T. CANopen

Redundant 10000 0° a 150° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi

Bulkhead Straight

Digital CANopen Superduplex /

Inconel


Redundant 10000 0° a 150° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi

JIC 8 37° 3/4" Digital CANopen Superduplex /

Inconel


Redundant 10000 0° a 150° -10° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi

JIC 8 37° 3/4" Digital CANopen Superduplex /

Inconel


1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA


TPT075 P. Flush 3000 - -10° a 150° API 6A - BX 151 -

1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA



1.13/16" - 10000 psi MK2 M25x1,5



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



102

Model


Temp.)

Work pressure

(psi)



Flange interface


Output Body / Probe

material

TPT077 P. Flush 10000 - -40° a 121° API 6A - BX 151 -

1.13/16" - 10000 psi MK2 M25x1,5




Resolution 5000 25° a 150° 0° a 100°

API 6A - BX 151 - 1.13/16" - 10000 psi


RTU Superduplex /

Inconel

TPT079 P. and T.

Redundant 10000 0° a 150° -40° a 150°

API 6A - BX 151 - 1.13/16" - 10000 psi

JIC 8 37° 3/4" Analog 4-20 mA Superduplex /

Inconel

TPT080 P. Redundant 10000 - -40° a 150° API 6A - BX 151 -

1.13/16" - 10000 psi JIC 8 37° 3/4" Analog 4-20 mA




TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


103

TPT - Flush

Model A B C D E F Conexão elétrica

TPT012 513 235 190 100 187,4 41,8 JIC 8 – 37º

3/4" – 16 UNF

TPT013 513 235 190 100 187,4 41,8 Tronic BDIV -10-G001-BQ-MC04P

TPT014 414 235 92 100 187,4 41,5 JIC 8 – 37º

3/4" – 16 UNF

TPT015 498 221 190 100 187,4 41,8 JIC 8 – 37º

3/4" – 16 UNF

TPT017 400 221 92 100 187,4 41,5 JIC 8 – 37º

3/4" – 16 UNF

TPT029 365 185 92 100 187,4 41,8 JIC 8 – 37º

3/4" – 16UNF

TPT030 513 235 190 100 187,4 41,8 Female M25x1.5

TPT033 498 221 190 100 187,4 41,8 JIC 8 – 37º

3/4" – 16 UNF

TPT040 365 185 92 100 187,4 41,8 JIC 8 – 37º

3/4" – 16UNF

TPT042 365 185 92 100 187,4 41,8 MK – 2

M 25x1.5

TPT044 365 185 92 100 187,4 41,8 MK – 2

M25x1.5

TPT045 498 221 190 100 187,4 41,8 Female M25x1.5

TPT046 391 185 65 100 187,4 41,8 JIC 8 – 37º

3/4" – 16UNF

TPT047 391 185 65 100 187,4 41,8 JIC 8 – 37º

3/4" – 16UNF



TPT055 365 185 92 100 187,4 41,8 JIC 8 – 37º

3/4" – 16UNF

TPT056 498 221 190 100 187,4 41,8 JIC 8 – 37º

3/4" – 16 UNF

TPT062 498 221 190 100 187,4 41,8 JIC 8 – 37º

3/4" – 16 UNF

TPT063 400 221 92 100 187,4 41,5 JIC 8 – 37º

3/4" – 16 UNF

TPT066 433 170 180 95 209,2 41,8 JIC 8 – 37º

3/4" – 16 UNF

TPT067 433 170 180 95 209,2 41,8 JIC 8 – 37º

3/4" – 16 UNF


TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



104

TPT – Digital


TPT057 533 137 206 95 200 42 Tronic BDVI-10-

G001-AA-MC04P

TPT058 533 137 206 95 200 42 Tronic BDVI-10-

G001-AA-MC04P

TPT059 533 137 206 95 200 42 Tronic BDVI-10-

G001-AA-MC04P

TPT060 533 137 206 95 200 42 JIC 8 – 37°

3/4 “ – 16 UNF


TPT – AR


TPT007 496 216 190 87 187,4 35,8 JIC 8 – 37º

3/4" – 16 UNF

TPT028 438 158 190 100 187,4 35,8 JIC 8 – 37º

3/4" – 16 UNF

TPT032 438 158 190 100 187,4 35,8 JIC 8 – 37º

3/4" – 16 UNF

TPT035 438 158 190 100 187,4 35,8 JIC 8 – 37º

3/4" – 16 UNF

TPT036 496 216 190 87 187,4 35,8 JIC 8 – 37º

3/4" – 16 UNF

TPT041 438 158 190 100 187,4 35,8 MK – 2

M 25x1.5

TPT043 438 158 190 100 187,4 35,8 MK – 2

M 25x1.5

TPT054 438 158 190 100 187,4 35,8 Tronic BDSP-10-G003-AA-MC04P


TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


105

TPT – HR


TPT061 435 158 190 100 187,4 20 JIC 8 – 37º

3/4" – 16 UNF

TPT078 435 158 190 100 187,4 20 JIC 8 – 37º

3/4" – 16 UNF


TPT – CANopen


TPT068 403 136,6 192 95 187,4 41 JIC 8 – 37º

3/4" – 16 UNF

TPT070 540 136,6 190 95 187,4 41 Tronic BDIV-10-

G001-AA-HD012P

TPT071 441 136,6 91 95 187,4 41 Tronic BDIV-10-

G001-AA-HD012P

TPT072 424 136,6 190 95 187,4 41 JIC 8 – 37º

3/4" – 16 UNF

TPT073 325 136,6 91 95 187,4 41 JIC 8 – 37º

3/4" – 16 UNF "


TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



106

PERMANENT DOWNHOLE GAUGE - PDG

The permanent downhole gauge (PDG) is a probe equipped with state of the art pressure and temperature sensors and transmitter electronics, ensuring reliability and long life even in extremely demanding environments. Electric signal transmission between the PDG probe and surface systems is performed through a single coax wire, which is also used for supplying power to the transmitter.

Application:

Long term pressure and temperature monitoring in onshore and subsea production wells.



Maximum pressure: up to 20.000 psi

Type of sensor: quartz crystal

Pressure accuracy: 0,02% FS.

Pressure resolution: 0,01 psi

Work temperature range: 25 – 175 °C

Temperature accuracy: ± 0,5 °C

Temperature resolution: 0,01 °C

Body material: ASTM B446-UNS-06625, UNS N07718 Inconel

Electric cable: 1/4" OD coax

Output: digital

Transcontrol offers PDG installation, test and support services, performed by our specialized team. For more information, contact us.

The communication between the transmitters and surface systems is performed through electric interfaces that perform signal decoding and retransmission, according to the specified communication protocol. More technical information about Interface Cards and Signal Acquisition Systems can be found in pages 116 to 122 of this catalog. For aid in selecting an ideal interface setup, contact Transcontrol.

Model Type Pressure

(psi) Pressure

Precision (%FS) Temp.

(°C) Temp.

Precision (°C) Connector

Voltage / current

Body material

TDG001 Single,

Standard 200 - 10000 0,02% 25 - 125 0,5 1/4" OD/DA

15 to 30 Vdc

10 mA @ 20vdc

ASTM B446-UNS-06625

TDG002 Redundant,

Standard 200 - 10000 0,02% 25 - 125 0,5 1/4" OD/DA

15 to 30 Vdc

25 mA @ 18vdc

ASTM B446-UNS-06625

TDG003 Single, HTHP

200 - 15000 0,02% 25 - 175 0,5 1/4" OD/DA 15 to 30 Vdc

10 mA @ 20vdc UNS N07718

TDG006 Single,

Standard 200 - 10000 0,02% 25 - 125 0,5 1/4" OD/DA

15 to 30 Vdc

10 mA @ 20vdc

ASTM B446-UNS-06625

TDG007 Redundant,

HTHP 200 - 15000 0,02% 25 - 175 0,5 1/4" OD/DA

15 to 30 Vdc

10 mA @ 20vdc UNS N07718

TDG008 Single,

Standard 200 - 10000 0,02% 25 - 125 0,5 1/4" OD/DA

15 to 30 Vdc

10 mA @ 20vdc

ASTM B446-UNS-06625

TDG009 Redundant,

Standard 200 - 10000 0,02% 25 - 125 0,5 1/4" OD/DA

15 to 30 Vdc

10 mA @ 20vdc

ASTM B446-UNS-06625

TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


107

When employed in production wells, PDG transmitters are installed on mandrels that, installed in the main production line, are responsible for providing the PDG with structural support and communication between the pressure and temperature sensors and the production fluid.

Transcontrol offers a range of mandrel models, specific for each application. For more information and aid in defining a model compatible with your requirements, contact Transcontrol.

Model PDG type seat Work pressure (psi) Distributed weight

(lbs/ft) Process connector Material

60DG0023 Single 5000 12,75 4.1/2"-EU-8FP SAE 4140 N80

60DG0029 Single 5000 12,75 4.1/2"-EU-8FP Super Chrome 13%







60DG0172 Single 5000 17 5.1/2" VAM TOP SAE 4140 N80

60DG0178 Single 5000 12,6 4.1/2" VAM TOP SAE 4140 N80

60DG0182 Single 5000 9,2 3.1/2" VAM TOP SAE 4140 N80

60DG0207 Single 5000 17 5.1/2" VAM TOP Super Chrome 13%

60DG0214 Single 5000 12,6 4.1/2" VAM TOP UNS S41425

60DG0216 Redundant 5000 12,6 4.1/2" VAM TOP UNS S41425

60DG0217 Redundant 5000 12,6 4.1/2" VAM TOP SAE 4140 N80

60DG0224 Redundant 5000 9,2 3.1/2" VAM TOP SAE 4140 N80

60DG0227 Single 5000 9,2 3.1/2" VAM TOP Super Chrome 13%

60DG0229 Redundant 5000 9,2 3.1/2" VAM TOP Super Chrome 13%

60DG0231 Redundant 5000 17 5.1/2" VAM TOP SAE 4140 N80

60DG0235 Redundant 5000 17 5.1/2" VAM TOP Super Chrome 13%





TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



108

PDG - Single

Model A B Inlet

connector

TDG001 881 22,3 1/4" OD/DA

TDG003 881 22,3 1/4" OD/DA

TDG006 651 22,3 1/4" OD/DA

TDG008 618 22,3 1/4" OD/DA


PDG - Redundant

Model A B C Inlet

connector

TDG002 894 22,3 70 1/4" OD/DA

TDG007 719 22,3 54 1/4" OD/DA

TDG009 719 22,3 54 1/4" OD/DA


TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


109

PDG - Mandrel

Model A B C D Connector

60DG0023 2133,6 158,7 134,7 99,1 4.1/2"-EU-8FP

60DG0029 2133,6 158,7 134,4 99,1 4.1/2"-EU-8FP

60DG0039 2133,6 118 93,5 62 2.7/8"-EU-8FP

60DG0043 2133,6 137 114 77 3.1/2"-EU-8FP

60DG0048 2133 104 78 49,4 2.3/8"-EU-8FP

60DG0071 1700 137 114 77 3.1/2"-EU-8FP

60DG0077 1820 158,7 134,7 99,1 4.1/2"-EU-8FP

60DG0082 1700 104 78 48,4 2.3/8"-EU-8FP

60DG0172 2134 177,8 151,8 124,2 5.1/2" VAM TOP

60DG0178 2134 158,8 126 99,3 4.1/2" VAM TOP

60DG0182 2133,6 137 110 75,1 3.1/2" VAM TOP

60DG0207 1950 177,8 151,8 124,2 5.1/2" VAM TOP

60DG0214 1950 158,8 126 99,3 4.1/2" VAM TOP

60DG0216 2133 158,8 127 99,3 4.1/2" VAM TOP

60DG0217 2133 158,8 127 99,3 4.1/2" VAM TOP

60DG0224 2133 137 110 75,1 3.1/2" VAM TOP

60DG0227 2133,6 137 99,2 75,1 3.1/2" VAM TOP

60DG0229 2133 137 99,2 75,1 3.1/2" VAM TOP

60DG0231 2133 177,8 151,9 124,2 5.1/2" VAM TOP

60DG0235 2133 177,8 151,9 124,2 5.1/2" VAM TOP

60DG0264 1874 137 114 77 3.1/2"-EU-8FP

60DG0266 1874 104 78 50,4 2.3/8"-EU-8FP


TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



110

DOWNHOLE GAUGE- TTP

TTP Downhole gauges are measurement probes that integrate a set of high precision pressure and temperature sensors, designed to allow reliable, constant monitoring of the onshore production well environment.

1/4" coax electrical cable is used for communication between the transmitter and acquisition interfaces. The same conduit is used to supply the Downhole gauge with electrical power.

Application:

Pressure and temperature monitoring in onshore production wells.



Maximum pressure: up to 10000 psi

Sensor type: quartz crystal

Pressure accuracy: 0.1% F.S

Work temperature: up to 130 °C (266 °F)

Temperature accuracy: 0.5% F.S

Body material: AISI 316L, UNS S32550 Duplex

Main connector: 1/8" NPT-F

Electric cable: 1/4" OD Coax

Output: 4-20 mA

Model Type Pressure

(psi) Pressure accuracy

Temp. (°C)

Temperaure accuracy

Main connector

Cable connector

Body material

TTP001 Pressure and temperature

3000 0.10% 0° to 130° 0.50% 1/8" NPT-F 1/4" OD AISI 316L

TTP002 Pressure and temperature

5000 0.10% 0° to 130° 0.50% 1/8" NPT-F 1/4" OD S32550 Duplex



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


111

Downhole Gauge - Standard

Model A B Main

connector Cable

connector

TTP001 447 26 1/8" NPT-F 1/4" OD

TTP002 449 26 1/8" NPT-F 1/4" OD


TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



112

COAXIAL ELECTRICAL CABLE SPLICE - TEE

Transcontrol electrical cable splices have been designed to allow the semi-permanent splicing between coaxial subsea communication cables, ensuring that the signal transfer is reliably maintained. Ferrule based sealing and cable locking systems prevent any interference from external fluid to the cable's electrical conduit.

Simple electrical splices are used for straight joining of two cable ends, while Y splices allow a single cable to separate in two, so that different electrical systems can share the same conduit.

Application:

Splicing of coaxial subsea electrical cables of 1/4" OD tubing and #18 AWG or #16 AWG conduits, in surface or subsea environments (dry mating).



Work temperature range: 0 to 120 ºC

Body material: AISI 316, UNS S32750 Super duplex

Fluid: Seawater, raw oil

Electric insulation: At 20 ºC (68 °F): > 10 GΩ At 120 ºC (248 °F): > 1 GΩ

Sealing: Ferrule metal x metal, Viton soft-seal

Model Splice type Electrical

connection Work pressure

(psi) Work temperature

(°C) Cable

connector Material

TEE001 Simple Penetrator 3000 0-120 1/4" OD AISI 316

TEE002 Y Penetrator 3000 0-120 1/4" OD AISI 316

TEE003 Simple Penetrator 10000 2-120 1/4" OD UNS S32750 Superduplex

TEE004 Y Penetrator 5000 2-120 1/4" OD UNS S32750 Superduplex

TEE005 Y compact Soldered wire 3000 2-120 1/4" OD AISI 316



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


113

Coaxial electrical cable splice - Simple

Model A B Cable

connector

TEE001 349 19 1/4" OD

TEE003 349 19 1/4" OD


Coaxial electrical cable splice - Y

Model A B C D Cable

connector

TEE002 401 50 23 19 1/4" OD

TEE004 398 60 23 19 1/4" OD


Coaxial electrical cable splice – Y compact

Model A B C D Cable

connector

TEE005 162 65 28 110 1/4" OD


TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



114

V-CONE FLOW METER - TMV

The line of Transcontrol V-Cone flow meters has been designed to allow a precise flow measurement in onshore and subsea ducts and fluid transport systems. V-Cone flow meters do not employ moving parts for its operation, ensuring highly precise measurements even in high flow ranges.

The V-Cone design stabilizes the fluid flow before the measurement points while dispensing flow stabilizers, providing flexibility during installation in dimensional constrained projects, while providing excellent accuracy, repeatability, signal stability, measurement ranges and longer work life. The hydrodynamic cone design also offers lower fluid pressure drop when compared to other flow measurement solutions.

Application:

Liquid or gaseous fluid flow measurement in process, production and fluid transport lines, in onshore or subsea environments.



Work Temperature range: -10 to 130 °C

Work depth: up to 3.000 m.

Flow range: 20 m³/h to 250 m³/h

Reynolds number range: 8.000 to 5.000.000

Accuracy: ± 0,5% to 1%

Fluid: liquid and gas

Specific mass ratio: 0,8 Kg/m³ to 1,2 Kg/m³

Interface: Flange API 17D 17SV - BX 155 ring – ring groove with Inconel 625 inlay

Main tube material: AISI 316, UNS S32750 Superduplex or Carbon steel (Inconel 625 inlay)

Transmitter vessel material: UNS S32750 Super Duplex

Power supply: 24 Vcc

Output: 4 to 20 mA analog

Model Type Pressure

(psi) Flow range

Process connection

Conexão elétrica Body

material Inlay

material

TMV001 Standard 5000 400 to 2000 m³/d 17SV-BX 155 Flange Hose, 3/4" JIC 8-37°

thread AISI 316 -

TMV002 Standard 5000 240 to 2000 m³/d 17SV-BX 155 Flange Tronic BRSP-10-B018-

BQAF-HD07P AISI 316 -

TMV003 Standard 5000 1000 to 5000 m³/d 17SV-BX 155 Flange Tronic BDIV-10-G001-

BQ-MC04P UNS S32750 Superduplex

Inconel 625



Inconel 625



Inconel 625

TMV006 Redundant 5000 1000 to 6000 m³/d 17SV-BX 155 Flange Tronic BDIV-10-G001-

BQ-MC04P Carbon steel Inconel 625

TMV007 Standard 5000 240 to 2000 m³/d 17SV-BX 155 Flange Tronic BRSP-10-B018-

BQAF-HD07P UNS S32750 Superduplex

Inconel 625



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


115

V-cone flow meter - Standard

Model A B C D Inlet

connector

TMV001 900 310 103 610 Flange 17SV-BX

155

TMV002 900 310 103 610 Flange 17SV-BX

155

TMV003 900 310 103 422 Flange 17SV-BX

155

TMV004 900 310 103 422 Flange 17SV-BX

155

TMV005 900 312 103 438 Flange 17SV-BX

155

TMV007 900 312 95 463 Flange 17SV-BX

155


V-Cone flow meter - Redundant

Model A B C D Inlet

connector

TMV006 1225 312 103 509 Flange 17SV-BX

155


TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



116

IWIS / UNIVERSAL PDG INTERFACE CARD- TLE

The IWIS / Universal PDG card allows communication, power supply and real-time monitoring of Permanent Downhole Gauges (PDG) and High resolution Pressure and Temperature Transmitters (TTP), installed in production wells or subsea systems.

The electronic card includes transmitter interface (GI) and a communications interface (CI), used for data exchange with GI and software updates.

In addition to standard interface cards, Transcontrol also develops Intelligent Well Interface Standardization (IWIS) cards, qualified in accordance with ISO 13628:6. All data acquired by the sensors can be readily accessed by the OPC server, dispensing conversion.


Transmitter interfaces: 1

Channels per interface: 1

Max transmitters per interface: 2 simple PDGs or 1 redundant

Compatible PDG manufacturers: Transcontrol, GRC, QUANTX, Schlumberger

Cable failure detection: open circuit and short circuit

Connector: DIN 41612 -96-pins or HYPERTAC -53-pins

SEM communication: Transmission channel: RS485 Isolated or RS422 Protocol: PPP/IP, MODBUS RTU Baud: 9600 / 14400 / 19200 / 28800 / 38400 / 57600 / 115200 bps (automatic detection)

Transmitter communication: Transmission channel: over power supply line Data modulation: Manchester / FSK / Frequency

Control, configuration and monitoring of the PDG interface card can be performed through CardPDGWin control package.

The software allows the user, through a personal computer, to interact with the interface card performing operations such as interface configuration, sensor coefficient alteration, acquisition interface data download and real time writing on the computer's hard drive.



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


117

SIGNAL ACQUISITION SYSTEM (SAS) - TLE

The Signal Acquisition System (SAS) designed by Transcontrol allows monitoring and testing of pressure and temperature transmitters installed in subsea systems. Supported transmitters are Permanent Downhole Gauges (PDGs), High Resolution Pressure and Temperature Transmitters (TPT-AR), Digital Pressure and Temperature Transmitters and analog output (4-20 mA) transmitters.

The SASRack allows, other than monitoring the process variables, time interval and pressure delta data logging at steps defined by the user. The SASRack also allows reading of data from other supervisory systems, via RS232, RS485 and Ethernet.


Number of interfaces: 10

Interface compatibility: automatic identification of transmitter type

Digital: PDGs (Transcontrol, Expor/QUANTX, GRC, Halliburton, Schlumberger), TPT-AR (Transcontrol), TPT-Digital (Transcontrol) Analog: two wire 4-20 mA analog pressure and temperature transmitters

Power supply: 85-265 Vac, 24 Vdc (Max 2A)

Transmitter supply: Max 36 Vdc

Supervisory communication interface: DB9 female connector (rear panel): RS232 with MODBUS RTU communication protocol – dedicated for read CPU, configuration and storage. DB9 female connector (front panel): RS232 with MODBUS RTU communication protocol. 2 way connector: RS485 with MODBUS RTU communication protocol. RJ 45 network connector: Ethernet with MODBUS RTU communication protocol.

All interfaces contain a MODBUS address that allows communication with SASRackWin software supplied with the equipment or the supervisory system that manages the plant. Communication can be established via RS232, RS485 or Ethernet.

The software provides assistance during configuration and data acquisition from each interface, such as programming date and time, sensor type configuration, sensor coefficient, stored data management, transmitter power supply configuration, consumption current monitoring, and others.



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



118

PORTABLE SIGNAL ACQUISITION SYSTEM (SASP) - TLE

The portable signal acquisition system (SAS-Portable), developed by Transcontrol allows the monitoring of sensors installed in subsea systems, by reading transmitter data and relaying them to a display, in an easily readable format. With a lineup consisting of two SAS models TLE 015 and TLE 017, most application requirements can be met.

Portable signal acquisition systems are able to receive data from PDGs (Permanent Downhole Gauges); TPT-AR (High Resolution Pressure and Temperature Transmitters), TPT Digital (MODBUS Digital Pressure and Temperature Transmitters) and analog TPTs (4-20 mA output Pressure and Temperature Transmitters)


Monitoring capability: Model TLE015 Standard: 1 PDG standard or redundant (Transcontrol, Expro, GRC, Halliburton or Schlumberger) or 1 TPT-AR/TPT Digital Transcontrol. 1 TPT with analog output 4-20 mA over 2 wires; Model TLE017 Dual: 2 PDGs standard and/or redundant (Transcontrol, Expro, GRC, Halliburton or Schlumberger) or 2 TPT-AR/TPT Digital Transcontrol; 2 TPTs with analog output 4-20 mA over 2 wires.

Storage: Internal memory for process data storage, and later collection via communications port. Data acquisition intervals defined by user.

Communication: RS232 (available in TLE015 standard and TLE017 dual models); RS485 (available in TLE017 dual model); Ethernet (available in TLE017 dual model).

Power supply: Universal 85 to 264 Vac; 24Vdc; Rechargeable internal batteries allow SASP autonomy for up to approximately 10 hours.

Enclosure: Impact, water and dust resistant plastic case. IP67 protection rating.

Transmitter data reading can be performed through the equipment's own display. It is also possible to utilize SASPDuploWin portable signal acquisition system control software, which allows the user, through a standard personal computer to execute commands such as equipment operating parameters configuration, sensor variables monitoring, stored SASP data management and real-time data logging on the PC.



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


119

MOBILE SUBSEA SIGNAL ACQUISITION SYSTEM (SSAS) - TSI

Installed on wet christmas trees or production manifolds, the Mobile Signal Acquisition System (SSAS) allows data monitoring and acquisition from pressure and temperature transmitters, permanent Downhole gauges and other interfaces. The system processes the electrical signals read from transmitters and retransmits them via electrical systems and umbilical to the surface, in easily readable engineering units.

The SSAS' includes a reseatable mounting system, allowing a quick mounting, removal and rescue through cable lifting or R.O.V., reducing installation and maintenance costs significantly.


Subsea module: Work depth: 2.500 m

Communication: Analog 4-20 mA and digital transmission

Connectors: Flanged plug and receptacle connector (number of connectors according to specification)

Analog channels: 32 for 4-20 mA

Material: AISI 316

Weight: 237 Kg

Power supply: +150 Vdc (supplied by surface module, communication signal superimposed)

Surface module: Communication interface: DB9 female connector (RS232 with MODBUS RTU protocol), 2 way fit connector (RS485 with MODBUS RTU protocol), RJ 45 connector (Ethernet with MODBUS RTU protocol)

Power supply: 24Vdc

Along with the Subsea Signal Acquisition System, a Surface Module is used to perform the interface between the subsea module and the supervisory system (SSASWin or other software), and supplying the subsea unit with electrical power.

The Surface Module includes two completely independent power supply units and two communication interfaces for the Subsea Module, creating a redundancy setup when performing sensor reading functions, ensuring a higher reliability.

Completing the Surface Module is a protocol converter for the platform supervisory system interface, available in MODBUS RTU packages and Ethernet 10M / 100M, RS232 and RS485 standards.



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



120

INDEPENDENT SUBSEA SIGNAL ACQUISITION SYSTEM (SASMI) -

TSI

The necessity of monitoring mature production wells has promoted the development of an autonomous data acquisition and storage system. Measured information can be automatically logged by the SASMI unit, so they can be accessed on surface once the data storage module is retrieved. For its operation, SASMI units do not require electrical cable or umbilical, greatly reducing setup cost.

The concept of signal acquisition applied in SASMI units is of a stand-alone datalogger, aimed towards pressure and temperature transmitters (TPTs) and permanent downhole gauges (PDGs) sensor data storage.


Module mounting skid: Weight: 2.000 kg Material: carbon steel with anti rust painting and cathodic protection

Signal acquisition module (SASMI) Power supply: 8x 3,6 Volts / 30Ah lithium batteries Memory: 128 Mb Dry weight: 173 kg Material: AISI 316 Can be transported by R.O.V.

Portable reading unit Power supply: universal 85 to 265 Vac, 24 Vdc; rechargeable internal batteries – aprox. 10 hour autonomy Interface: serial RS232 communication through DB9 female connector Enclosure: Impact, water and dust resistant plastic case. IP67 protection rating. Dimensions: 34 x 29,5 x 15,2 cm

Data storage unit Memory: 128 Mb Weight: 2 kg

The SASMI unit is typically installed in subsea environments close to the production systems. It is composed of a support skid, a signal acquisition module, a portable reading unit and a data storage unit.

Skid Acquisition module Portable reading unit Data storage unit



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


121

COMPACT INDEPENDENT SUBSEA SIGNAL ACQUISITION

SYSTEM (SASMICIR) - TSI

In partnership with Petrobras, Transcontrol has developed the Independent Signal Acquisition System (SASMI), a pioneer technology in subsea monitoring systems that forgoes use of umbilical. In keeping with the push for further developments, the Compact Independent Infrared Signal Acquisition System (SASMIcIr) was created. The new compact SASMIcIr has greatly improved agility during installation and retrieval operations when compared to standard SASMI units, sharply reducing procedure times.

The SASMIcIr utilizes an infrared window instead of a physical connector. By coupling the supplied infrared cable head to the infrared window, stored data can be transferred to a personal computer. This setup eliminates the risk of connector damage that can happen during incorrect connection attempts or electric pin contamination by foreign substances.


Temperature range: 0ºC to 70ºC (32 °F to 158 °F)

Work depth: 3000 m

Material: UNS S31803, UNS S32550, UNS S32750 or UNS S32760 duplex stainless

Battery autonomy: 5 years (when programmed for: one typical reading of digital / analog sensors every 24 hours; or one 24 hour long reading with data acquisition every minute, twice a year)

Transmitter compatibility: Power supply, data processing and storage of analog sensors (4-20 mA) and interface for digital PDGs or TPT-ARs transmitters.

Analog input: Channels: 3 Resolution: < 0,05% FS Accuracy: < 0,1% FS

Digital input: Channels: 2 Supported transmitter models: Transcontrol, GRC, Expro, Schlumberger

Data acquisition interface: TRONIC BRSP-10-H001-BQ-HD07S connector

The software SASMIcIrApp, designed by Transcontrol is used as interface between the user and the SASMIcIr unit, standing as an indispensable tool for managing the compact acquisition system during production well monitoring operations. Using the software, the user is able to transfer programming parameters and configurations to the SASMIcIr, download data stored from the connected transmitters and perform a range of other operations, through the infrared interface window.



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N



122

SUBSEA ELECTRICAL MONITORING SYSTEM - TSE

Connected to wet christmas trees or production manifolds, the Subsea Electrical Monitoring System integrates transmitters and other monitoring interfaces, transmitting their signal in engineering units via electrical jumpers and umbilical to the surface, in order to allow monitoring and interaction with subsea wells' operation. The Electric Monitoring Systems' control can be performed by the wet Christmas tree, R.O.V and/or the platform system.

The Electrical Monitoring Systems manufactured by Transcontrol use in-house equipment such as TPT and PDG transmitters, ensuring perfect compatibility and integration through the system. The Electrical System is, however, designed with flexibility to allow interaction with third-party transmitters.

Application:

Subsea electrical monitoring and control systems, for wet christmas trees and production manifolds.


Work depth: Components qualified for work in depth up to 2.500 meters.

Water column pressure compensation in jumper hoses performed through filling with liquid silicone and pressurized at 10 bar.

Communication: Transmission of analog 4-20 mA and/or digital signals.

Main integrated components: Pressure and temperature transmitter (TPT) Compensated chamber (dual or triple output) PDG output interface Subsea signal acquisition system (SSAS) Electric / hydraulic actuators Electrical interfaces (according to specification).

Transcontrol designs each Electrical System according to the client's requirements and specifications. Our ample experience in monitoring and control systems, allied to local, specialized support in after-sales services provides a complete and highly capable solution in integrated electrical systems.

Transcontrol offers highly capable electrical system support and installation services. For more information, contact Transcontrol.



TR

AN

SM

ITTER

S

AN

D D

ATA A

CQ

UIS

ITIO

N


123

H

YD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS


HYDRAULIC SYSTEMS AND COMPONENTS

124


Quick Unlocking System - TSD 126

Hydraulic Plates – TPH 128

Hydraulic Flying Lead – HFL 132

Hydraulic Actuators – TSE 134

Hot Stab – THS 136

R.O.V. Subsea Control Panels - TPC 139

Hydraulic Units and Control Panels – TUF / TPC 140

HYD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS


125

Innovation in Hydraulic Systems

Dedicating special attention to hydraulic control processes, Transcontrol develops and

manufactures specialized equipment for subsea and surface environments.

With more than 40 years of experience in oil and gas industries, we innovate through hydraulic

units, control panels and systems that perform specialized functions in a highly reliable and efficient way.

H

YD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS



126

QUICK UNLOCKING SYSTEM - TSD

The Quick Unlocking System (SDR) is employed to reduce the unlocking time of tools used in production systems: dynamic position probes, production adapter bases (FIBAPs), Tree running tool (TRT’s) and Workover BOP installation tools (FIBOP’s).

The SDR system utilizes hydraulic accumulators connected to its actuation line, so that the stored pressurized fluid can be quickly redirected to the tools. This line is kept in a pre-pressurized state, resulting in a fast hydraulic action and greatly reduced pressure losses caused by hose expansion.

Application:

Subsea systems or FIBAP, TRT and FIBOP tool operation, where actuation time is a critical factor.

Technical Specification


Temperature range: 4 ° to 50 °C (39 ° to 122 °F)

Work depth: 2.500 m

Work fluid: HW525 (minimum class 10 according to SAE AS 4059 fluid cleanliness)

Material: AISI 316

SDR-E panel Autonomy (SDR-E): 15 minutes Relative air humidity: up to 100%; Salinity: 1 mg NaCl/m³; Classified area certification: Zone 1 IIA T3 IP-66 protection rating.

Transcontrol offers SDR models with hydraulic actuation, or integrated electro-hydraulic actuation system through a surface control panel. When the electric command is triggered on the panel, a signal is sent to the solenoid directional control valve located in the SDR-E unit so that the tool actuation can be performed.


(psi) Power supply Process connection Material

TSD001 Hydraulic 3000 - 3/8" AISI 316



TSD004 Electro-hydraulic 3000 24 Vdc 3/8" AISI 316


TSD007 Electro-hydraulic 5000 24 Vdc 3/8" AISI 316



HYD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS


127

SDR – Subsea hydraulic actuation module

The main function of the subsea hydraulic actuation module is to redirect the hydraulic supply from the accumulator bank to the unlock function of the wet christmas tree tools, as soon as the unlocking command line pressure is raised via surface control panel.

The main components of the subsea module are block, shuttle, quick release and relief valves, besides monitoring systems. The subsea module includes a cover cage, consisting of AISI 316 tubes, to provide protection from impacts.

SDR-E – Subsea electric actuation module

Attached to a subsea hydraulic actuation unit, the electric module is an evolution of the standard hydraulic SDR. By adopting an electric actuating system the SDR-E optimizes the hydraulic module operation time, as it negates any delay caused by umbilical hose expansion.

The main components of the subsea electric actuation module are solenoid directional control valve, pressure transmitter, block, shuttle, quick release and relief valves, and monitoring sensors. The subsea module includes a cover cage, consisting of AISI 316 tubes, to provide protection from impacts.

The hydraulic panel includes electric junction box containing a No-break system, conferring autonomy to the SDR-E in case of power outage. This system is able to supply the hydraulic panel, control panel and subsea module with electricity for at least 15 minutes.

The panel's structure is composed of AISI 316L tube and sheets, including doors to allow access to the panel interior and operator safety during pressurization. It has been designed to ensure rigidity under adverse conditions and includes lifting lugs, able to withstand twice the panel's weight.

The main components utilized in the panel are solenoid directional control, shuttle, block, pressure regulation valves, besides pressure gauges and transmitters.

The command panel, installed classified area (explosion-proof) is employed to combine the system interfaces and commands, so the operator can promptly monitor the system conditions, perform the actuation functions and receive confirmation of proper SDR operation from a single control panel.

H

YD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS



128

HYDRAULIC PLATES – TPH

The main function of the Hydraulic Plate is to provide an interface between the umbilical and the wet christmas tree. By employing double-seal quick connection couplers, mating and de-mating operations can be performed while avoiding process fluid contamination.

Hydraulic Plates are compromised of two main components: the flying upper plate containing the quick couplings where the umbilical are connected; and the lower plate, fixed to the wet christmas tree.

Application:

As interface between wet christmas trees or subsea systems, and umbilical supplying hydraulic power.



Connectors: 1/4" Jic-04-M, 1/4" JIC-37°-M, 3/8" OD, 3/8" NPT

Number of couplings: 4, 9, 10, 12, 18, 24, 25, 32, 40, 45, 48

Fluid: HW525

Work fluid cleanliness: minimum NAS 1683 class 8.

Couplings sealing: Soft-seal

Material: AISI 316

Model Work pressure

(psi) Number of couplings

Connector A Connector B Material

TPH002 5000 24 1/4" JIC 04-M JIC 04-M AISI 316

TPH005 5000 24 - Blind plug AISI 316

TPH008 5000 18 1/4" JIC 04-M 3/8" OD AISI 316

TPH009 5000 18 1/4" NPT-M 3/8" OD AISI 316

TPH010 5000 40 1/4" JIC 04-M 3/8" OD AISI 316

TPH011 5000 12 1/4" JIC 04-M 1/4" OD AISI 316

TPH012 5000 9 1/4" JIC 04-M 3/8" OD AISI 316

TPH013 5000 10 1/4" JIC 04-M 3/8" OD AISI 316

TPH014 5000 4 1/4" JIC 04-M 3/8" OD AISI 316

TPH016 5000 48 1/4" JIC-37°-M 3/8" NPT-M AISI 316



TPH019 5000 12 1/4" JIC-37°-M 3/8" NPT-F AISI 316


TPH021 5000 24 1/4" JIC 04-M JIC 04-M AISI 316


HYD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS


129

Model Work pressure

(psi) Number of couplings

Connector A Connector B Material


TPH026 15000 48 1/4" MP tubing with 7/16"

20 UNF-2B thread 1/4" MP tubing with 7/16"

20 UNF-2B thread AISI 316

TPH027 15000 45 1/4" MP tubing with 7/16" 20

UNF-2B thread 1/4" MP tubing with 7/16" 20

UNF-2B thread AISI 316

TPH028 5000 24 1/4" JIC 04-M 1/4" NPT-F AISI 316



H

YD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS



130

Hydraulic Plate – Square profile

Model A B C Connector A Connector B

TPH002 280 280 266 JIC 04-M JIC 04-M

TPH005 280 280 266 Blind stub -

TPH008 280 280 266 1/4" JIC -4-M 3/8" OD

TPH009 280 280 266 1/4" NPT-M 3/8" OD

TPH011 280 280 266 1/4" JIC -4-M 1/4" OD

TPH021 280 280 266 JIC 04-M JIC 04-M

TPH028 280 280 270 1/4" JIC -4-M 1/4" NPT-F


HYD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS


131

Hydraulic Plate – Round profile

Model A B C Connector A Connector B

TPH010 381 128 285 1/4" JIC -4-M 3/8" OD

TPH012 300 94 250 1/4" JIC -4-M 3/8" OD

TPH013 300 94 250 1/4" JIC -4-M 3/8" OD

TPH014 180 120 225 1/4" JIC -4-M 3/8" OD

TPH016 755 75 207 1/4" JIC-37°-M 3/8" NPT-M

TPH017 641 75 207 1/4" JIC-37°-M 3/8" NPT-M

TPH018 685 75 207 1/4" JIC-37°-M 3/8" NPT-M

TPH019 641 75 207 1/4" JIC-37°-M 3/8" NPT-F

TPH020 713 75 207 1/4" JIC-37°-M 3/8" NPT-F

TPH022 755 75 207 1/4" JIC-37°-M 3/8" NPT-F

TPH023 755 75 207 1/4" JIC-37°-M 3/8" NPT-F

TPH026 755 75 193 1/4" tube MP 7/16" thread

1/4" tube MP 7/16" thread

TPH027 755 75 193 1/4" tube MP 7/16" thread

1/4" tube MP 7/16" thread


H

YD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS



132

HYDRAULIC FLYING LEAD – HFL

Aiming to fulfill the growing demand for local content in Brazilian projects, Transcontrol is developing the first Hydraulic Flying Lead (HFL) conceived entirely with national technology. The Flying Lead has been designed as interface for subsea control systems' hydraulic module, allowing quick and reliable mating, de-mating, relocation by R.O.V.s and re-mating operations.

The performance and quality of Transcontrol HFLs is guaranteed by our tradition in projects and manufacture of equipment for the oil and gas industries, ensuring complete accordance with international ISO and API standards.

Application:

Wet christmas trees, production manifolds and subsea systems, as interface between fluid supply or control lines.



Work temperature range: -18° to 65°C (0 ° to 149 °F)

Work fluid cleanliness: minimum NAS 1683 class 6.

Hose egress configuration: 90° or 100°

Mounting interface: standard WCT/Manifold

Actuation interface: ISO 13628 ROV Class 4

Coupling sealing: Soft-seal, double sealing (metal x metal / soft-seal)

Maximum number of couplings: 8, 14 or 28

Coupling size: 3/8" or 1/2"


Model Work pressure

(psi) Max no. of couplings

3/8" couplings

1/2" couplings

Body material Coupling material

Coupling stem material

9055/102* 10.000 8 4 4 AISI 316L Nitronic 50 Hiduron 130






* Product under development – Model code subject to change



HYD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS


133

Hydraulic Flying Lead – Flying stab plate, hose at 90°

Model A B C 3/8"

couplings 1/2"

couplings

9055/102* 536 418 238 4 4

9055/106* 570 418 307 10 4

9055/110* 594 418 354 24 4

*Model code subject to change


Hydraulic Flying Lead – Flying stab plate, hose at 100°

Model A B C 3/8"

couplings 1/2"

couplings

9055/104* 528 418 238 4 4

9055/108* 562 418 307 10 4

9055/112* 586 418 354 24 4

* Model code subject to change


Hydraulic Flying Lead – Fixed plate

Model code to match the flying plates specified above.

Model A B C 3/8"

couplings 1/2"

couplings

9055/102* 200 233 350 4 4

9055/106* 200 233 350 10 4

9055/110* 200 233 419 24 4

9055/104* 200 233 419 4 4

9055/108* 200 233 466 10 4

9055/112* 200 233 466 24 4

* Model code subject to change


H

YD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS



134

HYDRAULIC ACTUATORS – TSE

Offering solutions to subsea integrated monitoring and control systems, Transcontrol develops hydraulic actuators, design to execute an efficient and reliable mating between electric connectors.

Transcontrol Hydraulic Actuators are double acting type (fail as is), for connections according to Petrobras (ET-3500.00-1516-273-PPC-016) interfaces.

Application:

Subsea electro-hydraulic monitoring and control systems. Electrical control connection in wet christmas trees and subsea structures.



Actuation pressure: 300 to 3.000 psi

Work depth: 2.500 m.

Electrical cable connector: 3/4" JIC 37°

Hydraulic actuation connector: 1/8" NPT-F

Electrical connector: ODI plug connectors (standard and inverted), MCE-B36-AA-07P-000-AF (standard and inverted)

Actuator type: double acting

Interface: according to Petrobras ET-3500.00-1516-273-PPC-016 Rev. F

Body Material: AISI 316

Model Working

pressure (psi) Actuation

pressure (psi)

Hydraulic actuation connector

Electric cable connector

Electric connector

Material

TSE004 3000 300 a 3000 1/8" NPT-F 3/4" JIC 37° ODI plug AISI 316

TSE013 3000 300 a 3000 1/8" NPT-F 3/4" JIC 37° TRONIC MCE-B36-AA-

07P-000-AF AISI 316

TSE017 3000 300 a 3000 1/8" NPT-F 3/4" JIC 37° ODI inverted plug AISI 316

TSE018 3000 300 a 3000 1/8" NPT-F 3/4" JIC 37° TRONIC MCE-B36-AA-07P-000-AF / inverted

AISI 316



HYD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS


135

Hydraulic actuator - Standard

Model A B C Conexão

cabo elétrico Conexão atuação

TSE004 569 113 69 3/4" JIC 37° 1/8" NPT-F

TSE013 569 113 69 3/4" JIC 37° 1/8" NPT-F

TSE017 569 113 69 3/4" JIC 37° 1/8" NPT-F

TSE018 569 113 69 3/4" JIC 37° 1/8" NPT-F


H

YD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS



136

HOT STAB – THS

The Hot Stab is a type of re-mateable hydraulic connector that can be handled by R.O.Vs and is frequently used to interconnect hydraulic functions. A series of instruments, such as pressure gauges can be connected to Hot Stabs. A blind Hot Stab model can be used to protect sockets when not in use.

The sealing system allows wet mating of Hot Stabs in ISO 13628-8 interfaces, enabling a sealed connection of instrumentation or hoses to the system.

Application:

R.O.V panels in wet christmas trees and subsea tools.



Work depth: 2.500 m

Connectors: 9/16" and 3/4" JIC-37-M, 1/4" NPT-F, 1/4" API-LP-F

Body material: AISI 316, UNS S32760 superduplex

Sealing: Soft Seal, in nitrilic rubber

Stab tip: PTFE guide

R.O.V interface: Complacent 'T' handle

Model Work pressure

(psi) Type Connector A Connector B Material

THS001 3000 Simple 9/16" 18-JIC-37 or

3/4" 16-JIC-37 9/16" 18-JIC-37 or

3/4" 16-JIC-37 AISI 316

THS002 3000 Blind - - AISI 316

THS003 3000 Plugged 1/4" NPT-F 1/4" NPT-F AISI 316

THS004 3000 Simple 1/4" API LP 1/4" API LP AISI 316

THS005 3000 With 3.5" pressure

gauge 1/4" NPT-F - AISI 316

THS006 3000 With 2.5" pressure

gauge 1/4" NPT-F - AISI 316

THS007 7500 Simple 1/4" API LP 1/4" API LP UNS S32760

THS008 5000 Simple 9/16" 18-JIC-37 or

3/4" 16-JIC-37 9/16" 18-JIC-37 or

3/4" 16-JIC-37 AISI 316

THS009 10000 Simple 1/4" API LP 1/4" API LP UNS S32760

THS010 7500 Blind - - AISI 316

THS011 7500 Simple 9/16" 18-JIC-37 or

3/4" 16-JIC-37 9/16" 18-JIC-37 or

3/4" 16-JIC-37 UNS S32760

HYD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS


137

To ensure proper function of Hot Stab components, the use of

specific receptacles, responsible for correct alignment and hydraulic line

matching are necessary. Transcontrol manufactures and supplies Hot

Stab receptacles, and develops new solutions according to each

specification.

Model Type Connections Connector A Connector B Material

25HS0016 Dual Hot Stab 2 1/4" NPT-F 1/4" NPT-F UNS S31803 duplex

25HS0019 Blind / parking 0 - - AISI 316



H

YD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS



138

Hot Stab – Standard

Model A B C A

connectors B

connectors

THS001 476 125 38 9/16" 18-JIC-37, 3/4" 16-JIC-37

9/16" 18-JIC-37, 3/4" 16-JIC-37

THS002 476 125 38 - -

THS003 476 125 38 1/4" NPT-F 1/4" NPT-F

THS004 494 125 38 1/4" API LP 1/4" API LP

THS007 494 125 38 1/4" API LP 1/4" API LP

THS008 476 125 38 9/16" 18-JIC-37, 3/4" 16-JIC-37

9/16" 18-JIC-37, 3/4" 16-JIC-37

THS009 494 125 38 1/4" API LP 1/4" API LP

THS010 476 125 38 - -

THS011 476 125 38 9/16" 18-JIC-37, 3/4" 16-JIC-37

9/16" 18-JIC-37, 3/4" 16-JIC-37


Hot Stab – With pressure gauge

Model A B C D A

connectors B

connectors

THS005 476 125 38 220 1/4" NPT-F -

THS006 490 125 38 182 1/4" NPT-F -


Hot Stab – Receptacles

Model A B C A

connectors B

connectors

25HS0016 205 124 100 1/4" NPT-F 1/4" NPT-F

25HS0019 205 124 100 - -


HYD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS


139

R.O.V. SUBSEA CONTROL PANELS - TPC

In order to consolidate multiple hydraulic controls into one position and facilitate their actuation or the connection of acquisition systems in subsea environments, R.O.V. operated control panels are frequently used.

Transcontrol manufactures subsea control panels according to each project's specification, following Petrobras standards and requirements. Along the panels, valves, connectors and interfaces can be supplied by Transcontrol.

Application:

Control and connection interface of equipment installed in subsea environments.


Structure: Built in AISI 316 stainless steel, conferring rigid support to the panel components. According to the specifications of each project, R.O.V stabilization bars are included. The panels are designed to allow easy identification and access to each function, and include a diagram of the hydraulic system to facilitate maintenance and inspection.

The structure is apt for installation in subsea environments, as its material and/or painting systems have been qualified for such conditions.


Transcontrol designs and manufactures in its own facilities the interfaces used for valve actuation and other equipment operation, covering the entire productive chain in site. The end result is a more agile manufacturing process, lower end cost and maximum after sales support.



H

YD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS



140

HYDRAULIC UNITS AND CONTROL PANELS – TUF / TPC

The main function of Hydraulic Power Units is to generate hydraulic energy to supply hydraulic systems, subsea equipment installation, intervention or operation. As the main hydraulic energy source, electric powered piston/triplex and centrifugal pumps and/or hydropneumatic pumps are frequently used.

Transcontrol Hydraulic Power Units and Control Panels are designed to allow complete operability and control of hydraulic equipment and processes such as wet christmas trees, head actuators, SDRs, Riser systems, DHSVs and control systems. The main components of a Hydraulic Power Unit are hydraulic pumps, reservoir tank, control valves and fluid inlet-outlet connectors.

The Hydraulic Power Units and Control Panels designed by Transcontrol are tailored to each application, according to client's specifications. Our ample experience in hydraulic units and panels allied to after sales specialized support promotes a complete and highly qualified solution in hydraulic systems.

Application:

Supply and control of hydraulic energy in onshore or offshore systems.


Pressure output: up to 15.000 psi, according to specification

Fluids used: HW525, HW856, HD856, HW525P, HW443 or according to specification

Power supply: 220Vac / 440Vac

Structure: Constructed in AISI 316 tubes and sheets, housing all components in its interior. Large doors confer safety for the operators, while allowing quick access to the unit's instrumentation. According to the requirements of each project, umbilical and hose storage drawers are included. Explosion-proof versions are also able to be supplied, if required.

All Hydraulic Power Units and Control Panels are designed to be installed in external environments, and are built using corrosion proof materials.


Relative air humidity: up to 100%;

Air salinity: 1 mg NaCl/m3

Hydraulic power units can be manufactured for work under classified zones with a certain protection rating, according to client's specification.

HYD

RAU

LIC

SYSTE

MS

AN

D C

OM

PO

NEN

TS


141

DSV Actuation Panel

The basic function of the TPC-035 Panel is to provide hydraulic energy to DHSV safety valves, ensuring that the production well is sealed in case of failure, automatically when detected by surface monitoring system or by remote or manual operation. To perform its function of pressurized fluid redirection, the Panel includes a directional control solenoid valve and a set of manually operated control valves.

Workover Panel

Workover Panels are installed for wet christmas trees operation in platform and/or production ships. To allow function pressurization, the panel includes internal pressure generation system composed of a hydropneumatic pump, control valves and filters. External power supply can also be used to pressurize the low and high pressure lines.

Hydraulic output functions are controlled by valves mounted on the front panel, including pressure gauges and indicators. To allow operational flexibility, the panel functions are able to be rearranged while replacing the function name tags.

Head Terminal Panel

Transcontrol Head Terminal panels allow complete operationability through the hydraulic control of the Head Terminal's hydraulic actuators and the column's suspensor installation tool, used during installation and intervention operations in wet christmas trees. For function pressurization, the panel includes internal pressurization system composed of hydropneumatic pump, control valves and a set of filters. External power supply can also be used to pressurize the low and high pressure lines.

Hydropneumatic Pump and Gas Booster Compact Units

Mobile power units are frequently required for temporary pressurization functions in hydraulic and pneumatic systems. Transcontrol manufactures compact, portable and modular units including hydropneumatic pumps or gas boosters, with a wide range of pressure and flow output options, capable of attending to a large number of applications in the field.

These are only a few examples of Hydraulic Power Units and Control Panels developed and manufactured at

Transcontrol.

We offer power unit and panel models tailor-made for your project. For more information, contact Transcontrol.

SERVIC

ES


SERVICES

142

SERVICES

Hydraulic Power Unit and Control Panel Maintenance 144

Flushing Services 144

Equipment Testing and Qualification 145

Instrumentation Calibration 145

Special Machining Services 146

Hyperbaric Chamber Testing 146

Hydraulic Signature and Gate Valve Override (up to 1") Testing 147

Cladding Services 147

Field Installation Services 147

SERVIC

ES


143

Experience and agility

Transcontrol operates for over 40 years in the oil and gas industry, participating in all steps involved

in the production process. This extensive background in the sector is translated into a wide range of

experiences and great technical aptitude of Transcontrol teams.

We understand that in production processes, technical reply and field intervention times are of

critical importance. Our presence in the main Brazilian production poles allows us to offer a quick response,

allowing the execution of maintenance or specialized services in a much faster and reliable way, greatly

reducing end costs for the client.

SERVIC

ES


SERVICES

144

HYDRAULIC POWER UNIT AND CONTROL PANEL MAINTENANCE

Transcontrol performs preventative and corrective maintenance operations in hydraulic power units and control panels manufactured by our own or third-party. These operations can be performed in Transcontrol facilities, or at the client's site, including offshore units.

In general, maintenance involves:

Fluid lines cleaning Skid and structure repair Pressure gauge calibration Valve maintenance Filtering system replacement and maintenance Hydraulic, hydropneumatic pumps and gas booster maintenance Fluid line revision and replacement Electric circuit maintenance (inspection, reassembly and testing) Fluid cleanliness analysis and cleaning (flushing)

FLUSHING SERVICES

Transcontrol carries Flushing Units and fluid suspended solid particle counting system, able to ensure a cleanliness level of up to NAS-6 class. This facility allows us to provide properly clean hydraulic systems. Transcontrol can also offer flushing services for hydraulic control systems and umbilical in our facilities, at the client's site or in the field, inclosing offshore.

SERVIC

ES


145

EQUIPMENT TESTING AND QUALIFICATION

Besides manufacturing electronic Signal Acquisition Systems for hydraulic testing, Transcontrol also offers qualification-grade signal acquisition units and Power Units for hydraulic and pneumatic testing in valves, systems and umbilical. This service can be performed in Transcontrol installations, at the client's site or in the field, even offshore.

INSTRUMENTATION CALIBRATION

Our laboratories include electronic testing benches for metrological verification and testing of rotary or turbine flow meters, temperature transducers, pressure transmitters, signal converters, frequency inverters and system control microprocessors.

SERVIC

ES


SERVICES

146

SPECIAL MACHINING SERVICES

As an integral part of our manufacturing

process, we employ modern machining equipment

such as Computer Numerical Control (CNC)

machining centers, and conventional machines

operated by a specialized team.

Applying our experience manufacturing

equipment for the industry with rigorous

performance, tolerance and finishing requirements,

we offer special machining services according to the

client's specifications.

HYPERBARIC CHAMBER TESTING

Transcontrol offers testing services for third-party

hydraulic and electric equipment designed for subsea

environment applications. Our laboratories are fitted with

hyperbaric chambers of various sizes, apt for depth

simulation at the pressure levels most commonly required

in subsea designs.

Chamber Maximum pressure Internal dimensions

(work space)

TCH004 4.300 psi Ø835 mm x 1295 mm

TCH006 20.000 psi Ø87.5 mm x 307 mm

60.GE.0055 5.000 psi Ø238 mm x 885 mm

SERVIC

ES


147

HYDRAULIC SIGNATURE AND GATE VALVE OVERRIDE (UP TO 1")

TESTING

During test and qualification stages of subsea gate valves, we perform hydraulic signature and override testing on our own facilities, conducted by a specialized and experienced team. We provide the fully furnished laboratories for third-party signature and override test of gate valves of nominal diameter up to 1", and other subsea gate valve qualification tests.

CLADDING SERVICES

In tubing systems for transportation of very aggressive fluids, such as raw oil, it is often more viable, instead of constructing all tube sections with high corrosion resistant alloys – to perform a inlay welding throughout the internal walls of the tubes with a nobler alloy, such as Inconel. This process is called cladding.

Employing modern equipment and a certified, highly capable welding team, Transcontrol offers cladding services using a semi-automatic TIG-Hotwire welding process.

FIELD INSTALLATION SERVICES

We provide our team of highly trained collaborators is apt to perform assembly, installation and test procedures of monitoring and control systems, pressure and temperature transmitters, permanent downhole gauges, among other equipment; and technical services during hydraulic and electric equipment startups procedures, at the client's facilities or offshore platforms.

ÍN

DIC

E G

ERAL


INDEX

SERVIÇ

OS

148

INDEX

Valves

Ball Valves - TVE ................................................................................................................ 10

Subsea Ball Valves - TVE ..................................................................................................... 18

Needle Valves – TVB .......................................................................................................... 22

High Pressure Needle Valves - THP ...................................................................................... 36

Pressure Relief Valves – TVA ............................................................................................... 40

Gate Valves - TGV .............................................................................................................. 44

Pressure Control Valves - TWO ............................................................................................ 48

High Flow High Pressure Control Valves - TRT ...................................................................... 50

Shuttle Valves - TSV ........................................................................................................... 52

Pneumatic Pilot Valves - TPV .............................................................................................. 56

High-Low Pilot Valves - THL ................................................................................................ 58

Check Valves - TCV ............................................................................................................. 60

High Flow Check Valves - TRV ............................................................................................. 64

Quick Exhaust Valve - TER .................................................................................................. 66

Directional Valves - TVS...................................................................................................... 68

Subsea Directional Valves - TVS .......................................................................................... 72

Piloted Directional Valves - THM ......................................................................................... 74

Auxiliary Hydraulic Instrumentation

Hydraulic Filters - TDA ........................................................................................................ 78

Quick Couplings - TEN ........................................................................................................ 84

Manifolds - TMA ................................................................................................................. 86

Thermal Fuse Plug - TFT ..................................................................................................... 91

Hydropneumatic Pumps - TBO ............................................................................................ 92

Gas Boosters - TBO ............................................................................................................ 94

Transmitters and Data Acquisition

Pressure and Temperature Transmitters – TPT ..................................................................... 98

Permanent Downhole Gauge - PDG ..................................................................................... 106

Downhole Gauge- TTP ........................................................................................................ 110

Coaxial Electrical Cable Splice - TEE ..................................................................................... 112

V-Cone Flow Meter - TMV ................................................................................................... 114

IWIS / Universal PDG Interface Card- TLE............................................................................. 116

Signal Acquisition System (SAS) - TLE ................................................................................. 117

Portable Signal Acquisition System (SASP) - TLE .................................................................. 118

ÍND

ICE G

ERAL


149

Mobile Subsea Signal Acquisition System (SSAS) - TSI .......................................................... 119

Independent Subsea Signal Acquisition System (SASMI) - TSI ................................................ 120

Compact Independent Subsea Signal Acquisition System (SASMIcIr) - TSI .............................. 121

Subsea Electrical Monitoring System - TSE ........................................................................... 122

Hydraulic Systems and Components

Quick Unlocking System - TSD ............................................................................................ 126

Hydraulic Plates – TPH ....................................................................................................... 128

Hydraulic Flying Lead – HFL ................................................................................................ 132

Hydraulic Actuators – TSE ................................................................................................... 134

Hot Stab – THS .................................................................................................................. 136

R.O.V. Subsea Control Panels - TPC ..................................................................................... 139

Hydraulic Units and Control Panels – TUF / TPC .................................................................... 140

Services

Hydraulic Power Unit and Control Panel Maintenance ........................................................... 144

Flushing Services ............................................................................................................... 144

Equipment Testing and Qualification ................................................................................... 145

Instrumentation Calibration ................................................................................................ 145

Special Machining Services ................................................................................................. 146

Hyperbaric Chamber Testing ............................................................................................... 146

Hydraulic Signature and Gate Valve Override (up to 1") ......................................................... 147

Cladding Services ............................................................................................................... 147

Field Installation Services ................................................................................................... 147

TRANSCONTROL

Comércio e Indústria de Produtos Eletrônicos Ltda.

Headquarters – Rio de Janeiro

Ourique road, 415, 536 - Penha Circular

CEP 21011-130 – RJ – Brasil

Phone: (+55) 21 3976-9929

Fax: (+55) 21 2560-4416

e-mail: [email protected]

www.transcontrol.com.br

mailto:[email protected]

http://www.transcontrol.com.br/

introduction 4 - transcontrol · hydraulic units and control panels – tuf / tpc ... api 6a / iso...

Documents