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Project : Gresik Gas Cogeneration Plant

Contractor : PT. PP (persero).Tbk

Client : PT. Pupuk Indonesia Energi

UNIT VALUEBIDDER

PROPOSAL/RESPONSE

A 110 VAC UNINTERRUPTIBLE POWER SUPPLY

1 REFERENCES DATA

1.1 Reference Drawing GGCP-00-E0-SL-005-PP Comply, Rev.1

1.2 Specification No. GGCP-00-E1-ES-011-PP Comply, Rev.2

GGCP-00-E1-ES-018-PP

1.3 Quantity Set 1 Comply

1.4 Code and Standard IEC 60726, IEC 60750 IEC 62040-1,-2,-3

2 ENVIROMENTAL

2.1 Ambient temperature °C Min 20, Max 36.5 Comply

2.2 Relative humidity % Max 100 Comply

2.3 Altitude meter Less than 1000 Comply

2.4 Atmosphere Non Corrosive at room

with ventilationComply

2.5 Location Indoor Comply

2.6 Area Classification Non hazardous Comply

3 GENERAL

3.1 Manufacturer GUTOR

3.2Country of Manufacturing Malaysia (Main

Component Switzerland)

3.3 Type PEW

3.4 Input Power Supply

* Voltage VAC 400 Comply

* Frequency Hz 50 Comply

3.5 Output UPS


* Phase phase 1 Comply


* Capacity kVA 40 Comply

3.6 Type of UPS Redundant Comply

4 110 VDC BATTERY CHARGER (AC TO DC CONVERTER)


Voltage V 400 ± 10% Comply

Frequency Hz 50 ± 5% Comply

Power kVA 40 Comply

4.2 Rectifier DC Output

Type of Rectifierfull wave thyristor

controlled rectifierComply

Required Current A VTA 426 A

Nominal Voltage VDC 110 ± 10% Comply

Voltage Regulation Automatic Comply

Maximum Ripple (with Batt. Connected) % (rms) 5 Comply

CB interrupting at rated output kA 40 Comply

Float Charge Voltage VDC VTA 120.3 V

Boost Charge Voltage VDC VTA 124.6V

4.3 Cable Connection

Cable Entry Bottom Comply

4.4 Digital Metering and Monitoring Comply, ModbusShall Provided with

Serial Communication

AC voltmeter Range VTA 0.01

DC voltmeter Range VTA 0.01

DC ammeter Range VTA 0.01

4.5 Type of cooling Redundant Fans Comply

4.6 Maximum allowable operating temperature °C VTA 40 deg Celcius

4.7 Dimension

Length mm VTA3700 (rectifier, inverter,

bypass)Width mm VTA 800

Height mm VTA 1900

Weight kg VTA 2840

4.8 Degree of Protection IP 31 Comply

5 BATTERY

5.1 Manufacturer FIAMM

5.2 Country of Manufacturing Italy

5.3 Battery Type VRLA Comply

5.4 Battery Capacity __Ah /__Hr rate 837 1000Ah/10hr as per request

5.5 Number of Battery Cells (Total) cells VTA 53 cell

5.6 Holding time min 120 Comply

5.7 Voltage per cell :

maximum VDC 2 Comply

floating VDC VTA 120.3 V

final, after discharge VDC 1.8 95.4 V

5.8 Total Nominal Voltage VDC 110 Comply

5.9 Discharge Current A VTA 60 A

NO DESCRIPTION

REQUIREMENTS MHPP

REMARKS

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UNIT VALUEBIDDER

PROPOSAL/RESPONSE

NO DESCRIPTION

REQUIREMENTS MHPP

REMARKS

5.10 Battery Dimension

Length mm VTA 181

Width mm VTA 154

Height mm VTA 310

Weight (filled) kg VTA 25

5.11 Number of Tiers of Battery Rack step VTA 3 tiers, 3 steps

5.12 Battery Rack Material VTA steel

5.13 Battery Rack Dimension

Length mm VTA 2400

Width mm VTA 715

Height mm VTA 1826

Weight kg VTA 2816

5.14 Box for cable connection included Comply

6 INVERTER

6.1 Type VTA IGBT

6.2 Inverter Input

DC Voltage VDC 110 Comply

Inverter Input Range % V VTA 87 V - 147 V

6.3 Inverter Output

Required Capacity (at 0.85 PF lagging) kVA 2 x 40 (redundant) Comply

Rated Current A 400 360 A

Rated AC Voltage 2 Taps (±2.5 %) V 110 ± 10% Comply

Number of Phases phase 1 Comply

Frequency Hz 50 ± 0.5% Comply

6.4 Efficiency

At 100% load % min 93 0.89

At 25% load % min 93 0.84

6.5 Overload

for 1 minute % VTA 150

for 10 minutes % VTA 125

6.6 CB Interrupting at rated voltage kA 40 Comply

6.7 Type of Cooling (N+1) Redundant Fans Comply

6.8 Distortion factor with linear load % =<4 =<3

6.9 Distortion factor with non-linear load % =<5 Comply

6.10 Maximum allowable operating temperature °C VTA 40 deg C

6.11 Allowable operating power factor 0.85 Lag ~ 1 Comply

6.12 Dimension

Length mm VTA3700 (rectifier, inverter,

bypass)Width mm VTA 800

Height mm VTA 1900

Weight kg VTA 2840


7 110 VAC DISTRIBUTION BOARD

A. General Electrical Data

7.1 Number of required set 1 Comply

7.2 Voltage VAC 110 Comply

7.3 Rating kVA 40 Comply

7.4 Frequency Hz 50 Comply

B. Main Busbar Data

7.5 Busbar Continuous Current ratings A 500 Comply

7.6 Busbar Conductor Material copper Comply

7.7 Short Time Current at 1 sec kA sym 40 Comply

7.8 Insulation Yes / No Yes Comply

7.9 Material Copper Comply

7.10 Thickness mm VTA 1.5

C. Enclosure and Module Data

7.11 Module type Metal Enclosed Comply

7.12 Enclosure Location Indoor Comply


7.14 Painting RAL 7035 Comply

D. Connection & Wiring

7.15 Incoming and feeder Cable Comply Out of vendor scope

7.16 Cable Entrance

Bottom, c/w Removable

Gland Plate for cable

entry

Comply

7.17 Others Ground Bus Required Comply

E. Metering & Monitoring

7.18 Ammeter Range VTA 0.01

7.19 Voltmeter Range VTA 0.01

7.20 Indicating Lamp Yes / No Yes Comply

F. Main Circuit Breaker (Incoming) Refer to SLD Rev.1


7.22 Continous A VTA 500

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UNIT VALUEBIDDER

PROPOSAL/RESPONSE

NO DESCRIPTION

REQUIREMENTS MHPP

REMARKS

7.23 Interupting kA sym 40 Comply

7.24 Type of Breaker MCCB Comply

G. Circuit Breaker (Outgoing) Refer to SLD Rev.1


7.26 Continuos Current A VTA as per SLD


7.28 Type of Breaker MCB Comply

H. Dimension

7.29 Length mm VTA 775

7.30 Width mm VTA 800

7.31 Height mm VTA 1900

7.32 Total Weight kg VTA 170


8 OTHER REQUIRMENT

8.1 Back Up Time Minutes 120 Comply

8.2 Witness Test / Inspection Yes / No Yes No FAT for System WAT only for battery

Note 1. VTA = Vendor to be advise, TBA = To be advise, TBC = To be confirm

2. Brochure, technical catalogue, and any other information which is deemed necessary for

the technical evaluation process shall be provided by vendors

of 7

Project : Gresik Gas Cogeneration Plant

Contractor : PT. PP (persero).Tbk


UNIT VALUEBIDDER

PROPOSAL/RESPONSE

B 110 VDC CHARGER

1 REFERENCES DATA

1.1 Reference Drawing GGCP-00-E0-SL-005-PP Comply, Rev.1

1.2 Specification No. GGCP-00-E1-ES-011-PP Comply, Rev.2

GGCP-00-E1-ES-018-PP

1.3 Quantity Set Refer to GGCP-00-E0-SL-

005-PPComply

1.4 Code and Standard IEC 60726, IEC 60750 IEC 62040-1,-2,-3

2 ENVIROMENTAL

2.1 Ambient temperature °C Min 20, Max 36.5 Comply

2.2 Relative humidity % Max 100 Comply

2.3 Altitude meter Less than 1000 Comply

2.4 Atmosphere Non Corrosive at room

with ventilationComply

2.5 Location Indoor Comply

2.6 Area Classification Non hazardous Comply

3 GENERAL

3.1 Manufacturer GUTOR

3.2Country of Manufacturing Malaysia (Main Component

Switzerland)

3.3 Type SDC




3.5 Output DC Charger

* Voltage VDC 110 Comply

* Capacity kVA 10 Comply

3.6 Type of DC Charger Redundant Comply

4 110 VDC BATTERY CHARGER (AC TO DC CONVERTER)

4.1 Brand GUTOR

4.2 Qty Sets 2 Comply

4.3 Type SDC


Voltage V 400 ± 10% Comply

Frequency Hz 50 ± 5% Comply

Power kVA 10 Comply

4.5 Rectifier DC Output

Type of Rectifier VTA Thyristor

Required Current A VTA 125 A

Nominal Voltage VDC 110 ± 10% Comply, normal operation

Voltage Regulation Automatic Comply

Maximum Ripple (with Batt. Connected) % (rms) 5 Comply

CB interrupting at rated output kA VTA Comply

Float Charge Voltage VDC VTA 119.3V

Boost Charge Voltage VDC VTA 124.6V


Cable Entry Bottom Comply

4.7 Digital Metering and Monitoring Comply, modbusShall Provided with

Serial Communication

AC voltmeter Accuracy "1 % Comply

DC voltmeter Accuracy "1 % Comply

DC ammeter Accuracy "1 % Comply

4.8 Type of cooling Redundant Fans Comply

4.9 Maximum allowable operating temperature °C VTA 40 degree C

4.10 Dimension

Length mm VTA 1600

Width mm VTA 800

Height mm VTA 1900

Weight kG VTA 800


5 BATTERY

5.1 Manufacturer FIAMM

5.2 Country of Manufacturing Italy

5.3 Quantity unit 2

5.4 Battery Type Sealed lead Acid Comply

5.5 Battery Capacity__Ah /__Hr

rate228 250 AH/10hr as per request

5.6 Number of Battery Cells (Total) cells VTA 53

5.7 Voltage per cell :

maximum VDC 1.8 Comply

floating VDC ± 10 % Comply, normal operation

final, after discharge VDC VTA 95.9V

5.8 Total Nominal Voltage VDC 110 Comply

5.9 Discharge Current A VTA 32 A

NO DESCRIPTION

REQUIREMENTS MHPP

REMARKS

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UNIT VALUEBIDDER

PROPOSAL/RESPONSE

NO DESCRIPTION

REQUIREMENTS MHPP

REMARKS

5.10 Battery Dimension

Length mm VTA 308

Width mm VTA 170

Height mm VTA 275

Weight (filled) kg VTA 41

5.11 Number of Tiers of Battery Rack step VTA 3 tiers, 3 rows

5.12 Battery Rack Material VTA steel

5.13 Battery Rack Dimension

Length mm VTA 600

Width mm VTA 715

Height mm VTA 1826

Weight kg VTA 962

5.14 Box for cable connection included Comply

6 110 VDC DISTRIBUTION BOARD

A. General Electrical Data

6.1 Number of required set 1 Comply


6.3 Rating kVA 10 Comply

B. Main Busbar Data

6.4 Busbar Continuous Current ratings A 200 Comply

6.5 Busbar Conductor Material copper Comply

6.6 Short Time Current at 1 sec kA sym 40 Comply

6.7 Insulation Yes / No Yes Comply

6.8 Material Copper Comply

6.9 Thickness mm VTA 1.5

C. Enclosure and Module Data

6.10 Module type Metal Enclosed Comply

6.11 Enclosure Location Indoor Comply


6.13 Painting RAL 7035 Comply

D. Connection & Wiring

6.14 Incoming and feeder Cable Comply out of vendor scope

6.15 Cable Entrance

Bottom, c/w Removable

Gland Plate for cable

entry

Comply


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UNIT VALUEBIDDER

PROPOSAL/RESPONSE

NO DESCRIPTION

REQUIREMENTS MHPP

REMARKS

E. Metering & Monitoring

6.17 Ammeter Range VTA 0.01

6.18 Voltmeter Range VTA 0.01

6.19 Indicating Lamp Yes / No Yes Comply

F. Main Circuit Breaker (Incoming) Refer to SLD Rev.1

6.20 Voltage VDC 110 Comply

6.21 Continous A VTA 200



G. Circuit Breaker (Outgoing) Refer to SLD Rev.1

6.24 Voltage VDC 110 Comply

6.25 Continuos Current A VTA as per SLD


6.27 Type of Breaker MCB, MCCB Comply, MCB

H. Dimension

6.28 Length mm VTA 775



6.31 Total Weight kg VTA 156


7 OTHER REQUIRMENT

7.1 Back Up Time Minutes 120 Comply

7.2 Witness Test / Inspection Yes / No Yes No FAT for System WAT only for battery

7.3 Maintenance Tools (Mandatory)

- wrenches (Spanner Type) set 1 Comply

- DC Voltmeter (0 - 3 V, class 1.5) set 1 Comply

- Bridging Connector cell 1 Comply

Note 1. VTA = Vendor to be advise, TBA = To be advise, TBC = To be confirm

2. Brochure, technical catalogue, and any other information which is deemed necessary for

the technical evaluation process shall be provided by vendors

of 7

Project : Gresik Gas Cogeneration PlantContractor : PT. PP (persero).TbkClient : PT. Pupuk Indonesia Energi

UNIT VALUE BIDDER PROPOSAL/RESPONSE

A 110 VAC UNINTERRUPTIBLE POWER SUPPLY

1 REFERENCES DATA1.1 Reference Drawing GGCP-00-E0-SL-005-PP

1.2 Specification No. GGCP-00-E1-ES-011-PPGGCP-00-E1-ES-018-PP

1.3 Quantity Set 1 11.4 Code and Standard IEC 60726, IEC 60750 Comply

2 ENVIROMENTAL2.1 Ambient temperature °C Min 20, Max 36.5 40

2.2 Relative humidity % Max 100 0 - 95%

2.3 Altitude meter Less than 1000 Comply2.4 Atmosphere Non Corrosive at room with ventilation Comply2.5 Location Indoor Comply2.6 Area Classification Non hazardous Comply

3 GENERAL3.1 Manufacturer TECHFILL3.2 Country of Manufacturing Taiwan Plant3.3 Type PWM Type3.4 Input Power Supply

* Voltage VAC 400 400 ± 10% * Frequency Hz 50 50

3.5 Output UPS * Voltage VAC 110 110 * Phase phase 1 1 * Frequency Hz 50 50 * Capacity kVA 40 40

3.6 Type of UPS Redundant Parallel

4 110 VDC BATTERY CHARGER (AC TO DC CONVERTER)4.1 Input Power Supply

Voltage V 400 ± 10% 400 ± 10%

Frequency Hz 50 ± 5% 47 ~ 63 ± 5%

Power kVA VTA 404.2 Rectifier DC Output

Type of Rectifier Automatic Rectifier

Required Current A VTA Shall be filled by VendorNominal Voltage VDC 110 ± 10% 110Voltage Regulation Automatic ± 1%

Maximum Ripple (with Batt. Connected) % (rms) 5 ≤ 5% without battery connected

CB interrupting at rated output kA 40 40Float Charge Voltage VDC VTA 121 VoltBoost Charge Voltage VDC VTA 121 Volt


Cable Entry Bottom Bottom

4.4 Digital Metering and Monitoring Shall Provided withSerial Communication

AC voltmeter Range VTA Input Voltage LED DisplayDC voltmeter Range VTA Output Voltage LED DisplayDC ammeter Range VTA Output Current LED Display

4.5 Type of cooling Redundant Fans Forced Cooling4.6 Maximum allowable operating temperature °C VTA 40˚C4.7 Dimension

Length mm VTA 800 per unitWidth mm VTA 1000 per unitHeight mm VTA 1800 per unitWeight kG VTA 690kg per unit

4.8 Degree of Protection IP 31 IP 31

5 BATTERY5.1 Manufacturer TECHFILL5.2 Country of Manufacturing Taiwan Plant5.3 Battery Type VRLA Valve Regulated Lead Acid (VRLA)5.4 Battery Capacity __Ah /__Hr rate 837 1000Ah5.5 Number of Battery Cells (Total) cells VTA 545.6 Holding time min 120 1205.7 Voltage per cell :

maximum VDC 2 2.25 Volt /cellfloating VDC VTA 2.2 Volt /cellfinal, after discharge VDC 1.8 1.8

5.8 Total Nominal Voltage VDC 110 1105.9 Discharge Current A VTA 325 Amp @120minuts

NO DESCRIPTION

REQUIREMENTS

REMARKS

GAE

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UNIT VALUE BIDDER PROPOSAL/RESPONSENO DESCRIPTION

REQUIREMENTS

REMARKS

GAE

5.10 Battery DimensionLength mm VTA 478Width mm VTA 175Height mm VTA 334Weight (filled) kg VTA 67

5.11 Number of Tiers of Battery Rack step VTA 2steps; 2rows an optional5.12 Battery Rack Material VTA steel5.13 Battery Rack Dimension

Length mm VTA TBCWidth mm VTA TBCHeight mm VTA TBCWeight kG VTA ±3618 Kg batteries only

5.14 Box for cable connection included Junction Box

6 INVERTER6.1 Type VTA PWM type6.2 Inverter Input

DC Voltage VDC 110 110Inverter Input Range % V VTA ±10

6.3 Inverter OutputRequired Capacity (at 0.85 PF lagging) kVA 2 x 40 (redundant) 2 x 40 kVA (Parallel)Rated Current A 400 TBC by FactoryRated AC Voltage 2 Taps (±2.5 %) V 110 ± 10% 110Number of Phases phase 1 1Frequency Hz 50 ± 0.5% 50 ± 0.5%

6.4 EfficiencyAt 100% load % min 93 0.96At 25% load % min 93 TBC by factory

6.5 Overloadfor 1 minute % VTA 150for 10 minutes % VTA 125

6.6 CB Interrupting at rated voltage kA 406.7 Type of Cooling (N+1) Redundant Fans Force Cooling6.8 Distortion factor with linear load % =<4 ≤ 3

6.9 Distortion factor with non-linear load % =<5 ≤ 3

6.10 Maximum allowable operating temperature °C VTA 406.11 Allowable operating power factor 0.85 Lag ~ 1 0.8 lagging6.12 Dimension

Length mm VTA 800 per unitWidth mm VTA 1000 per unitHeight mm VTA 1800 per unitWeight kg VTA 690kg per unit


7 110 VAC DISTRIBUTION BOARDA. General Electrical Data

7.1 Number of required set 1 1

7.2 Voltage VAC 110 110

7.3 Rating kVA 40 40

7.4 Frequency Hz 50 50

B. Main Busbar Data7.5 Busbar Continuous Current ratings A 500 TBC by factory7.6 Busbar Conductor Material copper copper

7.7 Short Time Current at 1 sec kA sym 40 TBC by factory7.8 Insulation Yes / No Yes Yes

7.9 Material Copper copper

7.10 Thickness mm VTA 2mm

C. Enclosure and Module Data7.11 Module type Metal Enclosed Free Standing

7.12 Enclosure Location Indoor Indoor

7.13 Degree of Protection IP 31 IP31

7.14 Painting RAL 7035 RAL 7032

D. Connection & Wiring7.15 Incoming and feeder Cable Cable

7.16 Cable Entrance Bottom, c/w Removable GlandPlate for cable entry

Bottom

7.17 Others Ground Bus Required TBC by factory

E. Metering & Monitoring7.18 Ammeter Range VTA 0-500A

7.19 Voltmeter Range VTA 0-500V

7.20 Indicating Lamp Yes / No Yes Yes

F. Main Circuit Breaker (Incoming)7.21 Voltage VAC 110 110

7.22 Continous A VTA TBC by factory7.23 Interupting kA sym VTA TBC by factory

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REQUIREMENTS

REMARKS

GAE


G. Circuit Breaker (Outgoing)7.25 Voltage VAC 110 110

7.26 Continuos Current A VTA TBC by factory7.27 Interupting kA sym 40 TBC by factory7.28 Type of Breaker MCB MCB

H. Dimension7.29 Length mm VTA 600



7.32 Total Weight kg VTA TBC by factory7.33 Degree of Protection IP 31 IP31

8 OTHER REQUIRMENT8.1 Back Up Time Minutes 120 120

8.2 Witness Test / Inspection Yes / No Yes Yes GAE Warehouse

Note 1. VTA = Vendor to be advise, TBA = To be advise, TBC = To be confirm2. Brochure, technical catalogue, and any other information which is deemed necessary for the technical evaluation process shall be provided by vendors

of 7

Project : Gresik Gas Cogeneration PlantContractor : PT. PP (persero).TbkClient : PT. Pupuk Indonesia Energi

UNIT VALUE BIDDER PROPOSAL/RESPONSE

B 110 VDC CHARGER

1 REFERENCES DATA1.1 Reference Drawing GGCP-00-E0-SL-005-PP

1.2 Specification No. GGCP-00-E1-ES-011-PPGGCP-00-E1-ES-018-PP

1.3 Quantity Set Refer to GGCP-00-E0-SL-005-PP Comply1.4 Code and Standard IEC 60726, IEC 60750 Comply

2 ENVIROMENTAL2.1 Ambient temperature °C Min 20, Max 36.5 0 to 40

2.2 Relative humidity % Max 100 95% without condensation

2.3 Altitude meter Less than 1000 max 1000

2.4 Atmosphere Non Corrosive at room with ventilation Comply2.5 Location Indoor Comply2.6 Area Classification Non hazardous Comply

3 GENERAL3.1 Manufacturer TECHFILL3.2 Country of Manufacturing Taiwan Plant3.3 Type Thyristor Rectifier3.4 Input Power Supply

* Voltage VAC 400 400 ± 10% * Frequency Hz 50 50 ± 2%

3.5 Output DC Charger * Voltage VDC 110 110 * Capacity kVA 10 10

3.6 Type of DC Charger Redundant Redundant

4 110 VDC BATTERY CHARGER (AC TO DC CONVERTER)4.1 Brand TECHFILL4.2 Qty Sets 2 2 (in Parallel Redundant)4.3 Type full wave thyristor controlled rectifier Compy4.4 Input Power Supply

Voltage V 400 ± 10% 400 ± 10%

Frequency Hz 50 ± 5% 50 ± 5%

Power kVA 10 104.5 Rectifier DC Output

Type of Rectifier VTA Automatic Rectifier

Required Current A VTA 2 x 100A (Parallel)Nominal Voltage VDC 110 ± 10% 110Voltage Regulation Automatic 0.01Maximum Ripple (with Batt. Connected) % (rms) 5 ≤ 5%

CB interrupting at rated output kA VTA TBCFloat Charge Voltage VDC VTA 2.25V/cellBoost Charge Voltage VDC VTA 2.40V/cell


Cable Entry Bottom Bottom

4.7 Digital Metering and Monitoring Shall Provided withSerial Communication

AC voltmeter Accuracy "1 % Digital OptionalDC voltmeter Accuracy "1 % Digital OptionalDC ammeter Accuracy "1 % Digital Optional

4.8 Type of cooling Redundant Fans Natural Cooling Better then Requirment4.9 Maximum allowable operating temperature °C VTA 0 - 404.10 Dimension

Length mm VTA 600Width mm VTA 600Height mm VTA 1800Weight kG VTA 330


5 BATTERY5.1 Manufacturer TECHFILL5.2 Country of Manufacturing Taiwan Plant5.3 Quantity unit 25.4 Battery Type Sealed lead Acid Valve Regulated Lead Acid (VRLA)5.5 Battery Capacity __Ah /__Hr rate 228 200AH5.6 Number of Battery Cells (Total) cells VTA 545.7 Voltage per cell :

maximum VDC 1.8 2.25 maximum voltagefloating VDC ± 10 % 2.23final, after discharge VDC VTA 1.8

5.8 Total Nominal Voltage VDC 110 1105.9 Discharge Current A VTA

NO DESCRIPTION

REQUIREMENTS GAE

REMARKS

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REQUIREMENTS GAE

REMARKS

5.10 Battery DimensionLength mm VTA 171Width mm VTA 107Height mm VTA 334Weight (filled) kg VTA 14.1

5.11 Number of Tiers of Battery Rack step VTA 2step 2rows5.12 Battery Rack Material VTA Steel5.13 Battery Rack Dimension

Length mm VTA TBCWidth mm VTA TBCHeight mm VTA TBCWeight kg VTA ± 648kg (battere only)

5.14 Box for cable connection included Juction Box

6 110 VDC DISTRIBUTION BOARDA. General Electrical Data

6.1 Number of required set 1 16.2 Voltage VAC 110 1106.3 Rating kVA 10 10

B. Main Busbar Data6.4 Busbar Continuous Current ratings A 200 2006.5 Busbar Conductor Material copper copper6.6 Short Time Current at 1 sec kA sym 40 406.7 Insulation Yes / No Yes Yes6.8 Material Copper copper6.9 Thickness mm VTA 1,5mm

C. Enclosure and Module Data6.10 Module type Metal Enclosed Wall mounting6.11 Enclosure Location Indoor Incdoor6.12 Degree of Protection IP 31 IP316.13 Painting RAL 7035 RAL 7032

D. Connection & Wiring6.14 Incoming and feeder Cable Comply

6.15 Cable Entrance Bottom, c/w Removable Gland Platefor cable entry Comply


of 7



REQUIREMENTS GAE

REMARKS

E. Metering & Monitoring6.17 Ammeter Range VTA 0-1506.18 Voltmeter Range VTA 0-5006.19 Indicating Lamp Yes / No Yes Yes

F. Main Circuit Breaker (Incoming) Refer to SLD6.20 Voltage VDC 110 1106.21 Continous A VTA TBC6.22 Interupting kA sym 40 TBC6.23 Type of Breaker MCCB MCCB

G. Circuit Breaker (Outgoing) Refer to SLD6.24 Voltage VDC 110 1106.25 Continuos Current A VTA TBC6.26 Interupting kA sym 40 TCB6.27 Type of Breaker MCB, MCCB MCB

H. Dimension6.28 Length mm VTA 250mm6.29 Width mm VTA 600mm6.30 Height mm VTA 800mm6.31 Total Weight kg VTA TBC6.32 Degree of Protection IP 31 IP31

7 OTHER REQUIRMENT7.1 Back Up Time Minutes 120 120

7.2 Witness Test / Inspection Yes / No Yes Yes GAE Warehous Jakarta7.3 Maintenance Tools (Mandatory)

- wrenches (Spanner Type) set 1 1- DC Voltmeter (0 - 3 V, class 1.5) set 1 1- Bridging Connector cell 1 1

Note 1. VTA = Vendor to be advise, TBA = To be advise, TBC = To be confirm2. Brochure, technical catalogue, and any other information which is deemed necessary for the technical evaluation process shall be provided by vendors

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