mod142v01-02t-15790 - formato internet

1. DESCRIPTIONMOD 142 is an input expansion module designed to operate in stand-alone mode (after being configured) or combined with SITRAD®. It allows the expansion of the capacity of digital events (on/off) and analog values of temperature and pressure.The instrument allows the monitoring and signaling of several events and quantities, such as:- switches, thermal relays, circuit breakers, digital level sensors, high/low pressure switches;- NTC temperature sensors;- 4-20 mA pressure sensors.The software is used to configure the instrument’s working parameters, which remains operating in stand-alone mode in case of loss of serial communication, without losing any sensory and control functions.

WARNING

ACCESSORIES:Only use original Full Gauge Controls accessories.If you have any questions, please contact technical support.

AUTHORIZED SERVICE:The installation or maintenance of the product must be performed by qualified professionals only;

BEFORE INSTALLING THE CONTROLLER, WE RECOMMEND READING THROUGH THE ENTIRE INSTRUCTION MANUAL IN ORDER TO AVOID POSSIBLE DAMAGE TO THE PRODUCT.

PRECAUTIONS WHEN INSTALLING THE PRODUCT:Before performing any procedure on this instrument, disconnect it from the mains;Ensure that the instrument has adequate ventilation and avoid installation in panels containing devices that may cause it to operate outside the specified temperature limits;Install the product away from sources that may generate electromagnetic disturbances such as: motors, contactors, relays, solenoid valves, etc;

DUE TO YOUR CONSTANT EVOLUTION, THE FULL GAUGE CONTROLS RESERVES THE RIGHT TO CHANGE THE INFORMATION CONTAINED IN THIS MANUAL AT ANY TIME WITHOUT NOTICE.

MO

D14

2V01

-02T

-157

90

2. APPLICATIONSSensor monitoring for Compressor Racks with capacity for up to two racks. Each accepts up to two compressors.

MOD 142

3. TECHNICAL SPECIFICATIONS

Power Supply 85 ~ 265 Vca

Approximate consumption 6VA

4. WIRING DIAGRAN

INPUT & OUTPUT EXPANSION MODULE

Ver

.01

MOD 142

Supervisorysystem

5. ADJUSTMENT OF THE PARAMETERS

FUN MIN MAX UNIT STANDARD

CELSIUS (FAHRENHEIT)

FUNCTION

PSI (BAR)

[,f01]

[,f02]

[,f03]

[,f04]

[,f05]

[,f06]

[,f07]

[,f08]

[,f09]

[,f10]

G1 - AIN1 - Input configuration (pressure sensor)

G1 - AIN1 - Input sensor full scale configuration

G1 - AIN1 - In-range or out-of-range pressure alarm

G1 - AIN1 - Pressure alarm validation time

G1 - AIN1 - Indication offset

G1 - AIN1 - Pressure alarm lower threshold

G1 - AIN1 - Pressure alarm upper threshold




0 500(34,4) psi(bar) 0

0 1 - 0

no 9999 s 30

-20.0(-1,4) 20.0(1,4) psi(bar) 0

0(0) 500(34,4) psi(bar) 500

0(0) 500(34,4) psi(bar) 0

12 - 13 85 ~ 265 Vca Power supplyConnector

DIN rail

A B

SerialRS-485

85 to 265 Vca

Powersupply

Load 1

To the terminal ofthe distribution box

IN 5

IN 4

IN 3

IN 2

IN 1

IN 1

IN 2

IN 3

IN 4

IN 5

Load 2

S1

S2

S1

S2

Ou

tpu

t 12

Vd

c

www.sitrad.comMOD 142

3 4 5 6 7 8 9 10 11 12 131

A

22

2

B

SERIALRS-485

14

IN 2

20

COM

26

COM

AIN

1

AIN

2

OUT INPUTS4-20mA

OUT

AIN

1

AIN

2

INPUTS4-20mA

OUT

STATUSG1 - OUT G2 - OUT

12Vdc

POWERSUPPLY

˜85 265Vca

25

IN 5

24

IN 4

15

IN 1

16

IN 2

17

IN 3

18

IN 4

19

IN 5

G1

G1

G2

G2

21

IN 1

23

IN 3

0 2 - 0

0 2 - 0

0 500(34,4) psi(bar) 0

0 1 - 0

Have this manual in the palm of your hand by FG Finder application.

Operating Temperature 0 to 50°C / 32 to 122°F

Operating humidity 10 to 90%RH (without condensation)

Six digital / analog inputsNon-insulated digital input (for dry contact) or NTCtemperature sensor (*) input

10 a 90%UR (sem condensação)Measurement temperature (**) -50 to 200°C / -58 to 392°F

12 Vdc - OUT Non-regulated, used for 4-20 mA sensors

Four analog inputs for pressure sensors Non-insulated 4-20 mA analog inputs

Outputs OUT1 / OUT2 - 5(3)A/250Vac 1/8HP

4 digital inputs Non-insulated digital input (for dry contact)

Product dimensions 115 x 90 x 40mm (WxHxD)

(*) Model SB41 - Full Gauge Controls, sold separately. (**)This device can measure and control temperatures of up to 200° C when used in conjunction with a model SB59 silicon sensor cable (sold separately)

FUN


PSI (BAR)

[,f11]

[,f12]

[,f13]

[,f14]

[,f15]

[,f16]

[,f17]

[,f18]

[,f19]

[,f20]

[,f21]

[,f22]

[,f23]

[,f24]

[,f25]

[,f26]

[,f27]

[,f28]

[,f29]

[,f30]

[,f31]

[,f32]

[,f33]

[,f34]

[,f35]

[,f36]

[,f37]

[,f38]

[,f39]

[,f40]

[,f41]

[,f42]

[,f43]

[,f44]

[,f45]

[,f46]

[,f47]

[,f48]

[,f49]

[,f50]

[,f51]

[,f52]

[,f53]

[,f54]

[,f55]

[,F56]





G1 - IN1 - Input configuration (or NTC temperature sensor)

G1 - IN1 - In-range or out-of-range temperature alarm

G1 - IN1 - Temperature alarm validation time

G1 - IN1 - Indication offset

G1 - IN1 - Temperature alarm lower threshold

G1 - IN1 - Temperature alarm upper threshold













G1 - IN4 - Input configuration


G1 - OUT - Output configuration






















no 9999 s 30

-20.0(-1,4) 20.0(1,4) psi(bar) 0

0(0) 500(34,4) psi(bar) 500

0(0) 500(34,4) psi(bar) 0

0 5 - 0

no 9999 s 30

0 1 - 0

-5.0(9) 5.0(9) °C(°F) 0

-50(-58) 200(392) °C(°F) 200(392)

-50(-58) 200(392) °C(°F) -50(-58)

0 5 - 0

0 1 - 0

no 9999 s 30

-5.0(9) 5.0(9) °C(°F) 0

-50(-58) 200(392) °C(°F) 200(392)

-50(-58) 200(392) °C(°F) -50(-58)

0 5 - 0

0 1 - 0

no 9999 s 30

-5.0(9) 5.0(9) °C(°F) 0

-50(-58) 200(392) °C(°F) 200(392)

-50(-58) 200(392) °C(°F) -50(-58)

0 3 - 0

0 3 - 0

0 500(34,4) psi(bar) 0

0 1 - 0

no 9999 s 30

-20.0(-1,4) 20.0(1,4) psi(bar) 0

0(0) 500(34,4) psi(bar) 500

0(0) 500(34,4) psi(bar) 0

0(0) 500(34,4) psi(bar) 0

0 1 - 0

no 9999 s 30

-20.0(-1,4) 20.0(1,4) psi(bar) 0

0(0) 500(34,4) psi(bar) 500

0(0) 500(34,4) psi(bar) 0

0 5 - 0

no 9999 s 30

0 1 - 0

-5.0(9) 5.0(9) °C(°F) 0

-50(-58) 200(392) °C(°F) 200(392)

-50(-58) 200(392) °C(°F) 200(392)

0 5 - 0

0 1 - 0

0 2 - 0

0 2 - 0

FUNCTION MIN MAX UNIT STANDARD

WARNING: If you want to install more than one MOD 142 in the same network, connect the first instrument and change its address (this address will now be unique for this instrument). Connect the second instrument and assign a second address (unique for this instrument), and so on, as many times as required.

FUN


PSI (BAR)

[,f57]

[,f58]

[,f59]

[,f60]

[,f61]

[,f62]

[,f63]

[,f64]

[,f65]

[,f66]

[,f67]

[,f68]

[,f69]

[,f70]

[,f71]

[,f72]














G2 - OUT - Output configuration

Startup delay

Instrument address in the RS-485 network

5.1. DESCRIPTION OF PARAMETERS

F01 - G1 - AIN1 - Input configuration (pressure sensor):F08 - G1 - AIN2 - Input configuration (pressure sensor):F36 - G2 - AIN1 - Input configuration (pressure sensor):F43 - G2 - AIN2 - Input configuration (pressure sensor):These functions allow disabling or configuring each analog input to act or not on the digital output as described below:[,,,0]= Input disabled;[,,,1]= Enables the pressure analog input and the alarm activates the output;[,,,2]= Enables the pressure analog input and the alarm does not activate the output;NOTE: Functions F01 and F08 act on output OUT1. Functions F36 and F43 act on output OUT2.

F02 - G1 - AIN1 - Input sensor full scale configuration:F09 - G1 - AIN2 - Input sensor full scale configuration:F37 - G2 - AIN1 - Input sensor full scale configuration:F44 - G2 - AIN2 - Input sensor full scale configuration:Defines the maximum capacity of the pressure sensor.

F15 - G1 - IN1 - Input configuration (or NTC temperature sensor):F21 - G1 - IN2 - Input configuration (or NTC temperature sensor):F27 - G1 - IN3 - Input configuration (or NTC temperature sensor):F50 - G2 - IN1 - Input configuration (or NTC temperature sensor):F56 - G2 - IN2 - Input configuration (or NTC temperature sensor):F62 - G2 - IN3 - Input configuration (or NTC temperature sensor):These functions configure the type of each input and the operation mode. As described below:[,,,0]= Configures the input as digital and the alarm activates the digital output when contact closes;[,,,1]= Configures the input as digital and the alarm does not activate the digital output when contact closes;[,,,2]= Configures the input as digital and the alarm activates the digital output when contact opens;[,,,3]= Configures the input as digital and the alarm does not activate the digital output when contact opens;[,,,4]= Configures the input as analog for NTC pressure sensor, and activates output alarm OUT1 or OUT2 ;[,,,5]= Configures the input as analog for NTC pressure sensor, and does not activate output OUT1 or OUT2 ;NOTE: Functions F15, F21, and F27 act on output OUT1. Functions F50, F56, and F62 act on output OUT2.

F33 - G1 - IN4 - Input configuration:F34 - G1 - IN5 - Input configuration:F68 - G2 - IN4 - Input configuration:F69 - G2 - IN5 - Input configuration:These functions configure the type of each input and the operation mode. As described below:[,,,0]= Configures the input as digital and the alarm activates the digital output when contact closes;[,,,1]= Configures the input as digital and the alarm does not activate the digital output when contact closes;[,,,2]= Configures the input as digital and the alarm activates the digital output when contact opens;[,,,3]= Configures the input as digital and the alarm does not activate the digital output when contact opens;NOTE: Functions F33 and F34 act on output OUT1. Functions F68 and F69 act on output OUT2.

F03 - G1 - AIN1 - In-range or out-of-range pressure alarm:F10 - G1 - AIN2 - In-range or out-of-range pressure alarm:F38 - G2 - AIN1 - In-range or out-of-range pressure alarm:F45 - G2 - AIN2 - In-range or out-of-range pressure alarm:Configures the range in which the pressure alarm will act.[,,,0]=Out-of-range corresponds to the activation of the alarm when the pressure is below the minimum threshold or above the upper threshold.[,,,1]= In-range corresponds to the activation of the alarm when the pressure is equal to or above the minimum / maximum threshold.

no 9999 s 30

-5.0(9) 5.0(9) °C(°F) 0

-50(-58) 200(392) °C(°F) 200(392)

-50(-58) 200(392) °C(°F) -50(-58)

0 5 - 0

0 1 - 0

no 9999 s 30

-5.0(9) 5.0(9) °C(°F) 0

-50(-58) 200(392) °C(°F) 200(392)

-50(-58) 200(392) °C(°F) -50(-58)

0 3 - 0

0 3 - 0

0 1 - 0

no 240 min. no

1 201 - 1

F16 - G1 - IN1 - In-range or out-of-range temperature alarm:F22 - G1 - IN2 - In-range or out-of-range temperature alarm:F28 - G1 - IN3 - In-range or out-of-range temperature alarm:F51 - G2 - IN1 - In-range or out-of-range temperature alarm:F57 - G2 - IN2 - In-range or out-of-range temperature alarm:F63 - G2 - IN3 - In-range or out-of-range temperature alarm:Configures the range in which the temperature alarm will act.[,,,0]= Out-of-range corresponds to the activation of the alarm when the temperature is below the minimum threshold or above the upper threshold.[,,,1]= In-range corresponds to the activation of the alarm when the temperature is equal to or above the minimum / maximum threshold.

F04 - G1 - AIN1 - Pressure alarm validation time:F11 - G1 - AIN2 - Pressure alarm validation time:F39 - G2 - AIN1 - Pressure alarm validation time:F46 - G2 - AIN2 - Pressure alarm validation time:This is the time for which the alarm status will remain disabled even in alarm conditions. This inhibition time starts to be counted after the startup delay expires.

F17 - G1 - IN1 - Temperature alarm validation time:F23 - G1 - IN2 - Temperature alarm validation time:F29 - G1 - IN3 - Temperature alarm validation time:F52 - G2 - IN1 - Temperature alarm validation time:F58 - G2 - IN2 - Temperature alarm validation time:F64 - G2 - IN3 - Temperature alarm validation time:This is the time for which the alarm will remain disabled even in temperature alarm conditions. This inhibition time starts to be counted after the startup delay expires.

F05 - G1 - AIN1 - Indication offset:F12 - G1 - AIN2 - Indication offset:F40 - G2 - AIN1 - Indication offset:F47 - G2 - AIN2 - Indication offset:These functions allow for the compensation of any deviations in the pressure reading of the sensor.

F18 - G1 - IN1 - Indication offset:F24 - G1 - IN2 - Indication offset:F30 - G1 - IN3 - Indication offset:F53 - G2 - IN1 - Indication offset:F59 - G2 - IN2 - Indication offset:F65 - G2 - IN3 - Indication offset:These functions allow for the compensation of any deviations in the temperature reading of the sensor.

F06 - G1 - AIN1 - Pressure alarm lower threshold:F13 - G1 - AIN2 - Pressure alarm lower threshold:F41 - G2 - AIN1 - Pressure alarm lower threshold:F48 - G2 - AIN2 - Pressure alarm lower threshold:This is the reference value to activate the signal indicating the pressure is below the desired point. If this is left at the minimum value the threshold is disabled.

F07 - G1 - AIN1 - Pressure alarm upper threshold:F14 - G1 - AIN2 - Pressure alarm upper threshold:F42 - G2 - AIN1 - Pressure alarm upper threshold:F49 - G2 - AIN2 - Pressure alarm upper threshold:This is the reference value to activate the signal indicating the pressure is above the desired point. If this is left at the maximum value the threshold is disabled.

0 1 - 0

FUNCTION MIN MAX UNIT STANDARD

INTEGRATING CONTROLLERS, RS-485 SERIAL INTERFACE AND COMPUTER

IMPORTANTAccording to the chapters of the NBR 5410 regulations:1. Install overvoltage protectors at the power supply2. Sensors and serial communication cables can go together, but not in the same conduit through which power supply and charge activation pass.3. Install transient suppressors (RC filter) parallel to the charges in order to increase the life of the relays.

Suppressors wiring diagram on contactors

Sup

pres

sor

A1

A2

A1 and A2 are the terminalsof the contactor coil.

Suppressors wiring diagram on directactivation charges

Load

Sup

pres

sor

For direct activation, considerthe maximum current specified.

Full Gauge Controls offers suppressors for sale

WARRANTY - FULL GAUGE CONTROLS

Products manufactured by Full Gauge Controls, as of May 2005, have a two (02) year warranty, as of the date of the consigned sale, as stated on the invoice. They are guaranteed against manufacturing defects that make them unsuitable or inadequate for their intended use.

EXCEPTIONS TO WARRANTYThe Warranty does not cover expenses incurred for freight and/or insurance when sending products with signs of

defect or faulty functioning to an authorized provider of technical support services. The following events are not covered either: natural wear and tear of parts; external damage caused by falls or inadequate packaging of products.

LOSS OF WARRANTYProducts will automatically lose its warranty in the following cases:- The instructions for assembly and use found in the technical description and installation procedures in Standard

IEC60364 are not obeyed;- The product is submitted to conditions beyond the limits specified in its technical description;- The product is violated or repaired by any person not a member of the technical team of Full Gauge Controls;- Damage has been caused by a fall, blow and/or impact, infiltration of water, overload and/or atmospheric discharge.

USE OF WARRANTYTo make use of the warranty, customers must send the properly packaged product to Full Gauge Controls together with

the invoice or receipt for the corresponding purchase. As much information as possible in relation to the issue detected must be sent to facilitate analysis, testing and execution of the service. These procedures and any maintenance of the product may only be provided by Full Gauge Controls Technical Support services in the company's headquarters at Rua Júlio de Castilhos, 250 - CEP 92120-030 - Canoas - Rio Grande do Sul – Brasil

PACKAGING:The materials used in products' packaging are 100% recyclable. Dispose of your waste preferably using specialized recycling agents.

PRODUCT:The components used in Full Gauge Controls controllers can be recycled and reused if disassembled by a specialized company.

DISPOSAL:Do not burn or throw controllers in domestic garbage. Obey the laws in effect for your area regarding the disposal of electronic waste. If in doubt, please contact Full Gauge Controls.

Full Gauge Controls

ENVIRONMENTAL INFORMATION

Instrument

RS-485 Network

terminal grounded

MOD 142 A BExternal

mesh

OR

RS232

USB

Power supply

115

23

0V

ac

ww

w.s

itrad

.co

m

MB

AM

BA

MB

A

A B

RS-485 NetworkA A

B B

A B

A AB B

A B

A AB B

A B

A B

A AB B

A B

OUT 1 OUT 2 OUT 3

PC

T-4

00

R plus

OUT 4 ALMR

MOD 142

F19 - G1 - IN1 - Temperature alarm lower threshold:F25 - G1 - IN2 - Temperature alarm lower threshold:F31 - G1 - IN3 - Temperature alarm lower threshold:F54 - G2 - IN1 - Temperature alarm lower threshold:F60 - G2 - IN2 - Temperature alarm lower threshold:F66 - G2 - IN3 - Temperature alarm lower threshold:This is the reference value to activate the signal indicating the temperature is below the desired point. If this is left at the minimum value the threshold is disabled.

F20 - G1 - IN1 - Temperature alarm upper threshold:F26 - G1 - IN2 - Temperature alarm upper threshold:F32 - G1 - IN3 - Temperature alarm upper threshold:F55 - G2 - IN1 - Temperature alarm upper threshold:F61 - G2 - IN2 - Temperature alarm upper threshold:F67 - G2 - IN3 - Temperature alarm upper threshold:This is the reference value to activate the signal indicating the temperature is above the desired point. If this is left at the maximum value the threshold is disabled.


3 4 5 6 7 8 9 10 11 12 131

A

22

2

B

SERIALRS-485

14

IN 2

20

COM

26

COM

AIN

1

AIN

2

OUT INPUTS4-20mA

OUT

AIN

1

AIN

2

INPUTS4-20mA

OUT


12Vdc

POWERSUPPLY

˜85 265Vca

25

IN 5

24

IN 4

15

IN 1

16

IN 2

17

IN 3

18

IN 4

19

IN 5

G1

G1

G2

G2

21

IN 1

23

IN 3


3 4 5 6 7 8 9 10 11 12 131

A

22

2

B

SERIALRS-485

14

IN 2

20

COM

26

COM

AIN

1

AIN

2

OUT INPUTS4-20mA

OUT

AIN

1

AIN

2

INPUTS4-20mA

OUT


12Vdc

POWERSUPPLY

˜85 265Vca

25

IN 5

24

IN 4

15

IN 1

16

IN 2

17

IN 3

18

IN 4

19

IN 5

G1

G1

G2

G2

21

IN 1

23

IN 3

6. SIGNALING

F35 - G1 - OUT - Output OUT1 configuration:F70 - G2 - OUT - Output OUT2 configuration:Configures how the output will act in case of alarm, NC or NO.[,,,0]= The digital output closes the contact when in alarm condition;[,,,1]= The digital output opens the contact when in alarm condition.

F71 - Startup delay:Time counted from instrument power up for which any alarm status is disregarded, independently from the state of the digital inputs, temperature inputs, or pressure inputs.After this time has elapsed the instrument starts its normal operation observing the temperature alarm and pressure alarm validation times.

F72 - Instrument address in the RS-485 network:This is the instrument's network address for communicating with SITRAD® software (primary RS485 network).NOTE: There should be no instruments with the same address in the same network (installation).

DESCRIPTION

White Instrument not programmed

Red Instrument in operation

Blue Pressure sensor disconnected or damaged

GreenInstrument not calibrated

Contact Full Gauge Controls

Green Output activated

Green Input in operation

Green Temperature sensor disconnected or damaged

LED (OUT 1 / OUT2) LED (STATUS)

Flashing

On

Flashing

LED (INPUTS)

On

COLOR

--

--

--

Flashing--

On -

- -

- Flashing -

-

*Sold Separately

Rev. 03

Copyright 2016 All rights reserved.

*Connecting Block for Serial CommunicationUsed to connect more than one instrument to the Interface. The wire's connections must be made in agreement with the following rules: terminal A of the instrument connects to the terminal A of the c , that must be connected with the terminal A of the

Interface. Repeat the action for terminals B and , being the cable shield.

onnecting block

the terminal of onnecting block must be connected to the respective terminals of each instrument.

c

mod142v01-02t-15790 - formato internet

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