SUMMARY OF DATA FOR U.P.S.-5KVA AND POWER INVERTER … Technical Data... · u.p.s.-5kva and power...

ISRAEL ELECTRIC CORPORATION ANNEXURE "B"

Engineering Projects & Business Development SPEC: STR-1297

Engineering Division

Substation Planning Sector

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ISRAEL ELECTRIC CORPORATION

Engineering Projects & Business

Development



SUMMARY OF DATA FOR

U.P.S.-5KVA AND POWER INVERTER 5KVA FOR

SUBSTATIONS AND SWITCHING STATIONS

January 2016





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SUMMARY OF DATA

The answers to this Annexure are to be filled in the following table in the column marked

"OFFERED".

Name of Bidder:

D A T A

Insert all data in this column

REQUIRED RECOMENDED OFFERED

16. DOCUMENTATION FOR APPROVAL

Time required after contract is awarded for

delivery of drawings and instructions, as

specified in Annexure "B" Clause 7 (days)…..

60

17. U.P.S. (5 KVA)

17.1. Manufacturer's Nomenclature………………..

17.1.1. Type designation………………………………

17.1.2. Model or Serial Number (if available)……….

17.1.3. Name plate made of stainless steel bolts

screws or rivets (yes/no)……………………….

yes

17.1.4.

Name plate written in SI units

(yes/no)…………………………………………..

yes

17.2. Net Weight

U.P.S. (5 KVA) (Kg) ………………………….

17.3. Overall Dimensions U.P.S. (5 KVA):

Length……………………………………….(mm)

Height………………………………………..(mm)

Depth…………………………………………(mm)

17.4. What Percentage of local Participation in

labors, materials and parts is there in the

manufacture of the total product………….(%)

17.4.1 Include accountant approval for the above

percentage (yes/no)……………………………..

yes





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SUMMARY OF DATA

Name of Bidder:

D A T A



17.5. Specify Quality assurance system used……..

17.6. Environmental Conditions

17.6.1. The UPS is suitable to operate continuously

at full load, in the following conditions:

a. Ambient temperature (from ºC to + ºC)…..

b. Relative humidity (from % to %)…………..

-5º÷(+55º)

95

17.7. Mechanical Construction & Ventilation

17.7.1. Cabinets are heavy duty industrial

constructed, metal enclosures (Contractor

will state how he intends to supply the

U.P.S.)……………………………………………

YES

17.7.2. Thickness of the steel profiles used for

cabinet's construction……………………(mm)

17.7.3. Thickness of the steel plates……………(mm)

17.7.4. Cabinets are frontal/rear/both accessible.

(Contractor shall state the construction of the

doors, if they are removable, lockable)………

frontal

17.7.5. Cabinets have replaceable filters protected

with lowers on bottom/lateral side on the

cabinets………………………………..(yes/no)

Contractor shall give a short description……..

yes

17.7.6. How many fans are placed in one U.P.S.

System?..........................................................

17.7.7. Are the fans working in a redundant system?

(yes/no)………………………………………….

17.7.8. Have the fans individual feed?

(yes/no)………………………………………….

17.7.9. Are cables entrances as required at para.

13.4.8. (yes/no)…………………………………

yes

17.7.10. Is Copper ground bus supplied as required in

para. 13.4.9?

(yes/no)…………………………..

yes





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SUMMARY OF DATA

Name of Bidder:

D A T A



17.7.11. Does the U.P.S. have the arrangement to be

connected to switching station battery as

specified in para 13.1.1.

17.7.12. Efficiency at rated input and output voltage,

55ºC ambient, and:

a. At 100%of rated output………………. (%)

b. At 50% of rated output……………… (%)

>85©

>80©

17.7.13

17.7.14

The cubicle shall be provided with appropriate

lifting hooks in top for transport……. (yes/no)

Degree of protection according to

EN60529………(yes/no)

yes

IP23

17.8. Thermal Requirements

17.8.1. Are transformers and reactors, if any,

supplied as required in para. 13.6.1 (yes/no),

if not, explain the differences……..

yes

17.8.2. Does Power Silicon have over temperature

detectors? (yes/no)…………………………..

yes

17.9. Noise Level

Maximum noise level, measured in

accordance with requirements of para.

13.8………

60

dBA©

17.10. Rectifier Data

17.10.1 General:

a. Manufacturer………………………………

b. Type and catalog number……………….

c. Rating……………………………….(KVA)

5

17.10.2. Input parameters at rated U.P.S. output:

a. Power……………………………….(KVA)

b. Voltage………………………………(V)

c. Current………………………………(A)

d. Maximum allowable voltage variation..(±V)

e. Input frequency

f. Tolerance for Input frequency

230V

50Hz

±-30V +20V

5%





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SUMMARY OF DATA

Name of Bidder:

D A T A



17.10.3. Rates Output (at rated U.P.S. output):

a. Power………………..(Minimum, KVA)

b. Voltage (rated)……………………

(VAC)

c. Current at 193 VDC……………(A)

d. Type of cooling used…………………..

e. Maximum ambient temperature… (ºC)

5©

220

17.10.4. Maximum voltage regulation with 0 to

100% load, 230 V ±10%volts AC input, 0

to 40ºC ambient

temperature………….(%)

Output ripple voltage………….(mV)

±1%

17.10.5. Losses at rated input and output

voltages, 55ºC ambient and no

load..(KW)

17.10.6. Is your rectifier with 6 pulses or 2

pulses?..

17.10.7. Input AC current at full load and 230V-

10% input AC voltage………….(A)

17.10.8. Input power factor of the rectifier, at full

load and rated AC input voltage…………

>0.8 lag

17.10.9 Does your rectifier have a "walk" in" to

100% load, in which time …………(sec)

15-30 sec

17.10.10. Reflected input harmonics in utility Total

RMS in input current………………..(%)

12%

17.10.11 What is the current limit of the

rectifier?.......

17.10.12 Power Transistor/SCR/Diode Data

a. What system will be supplied?

(diodes/SCRs/combined)…………………

b. Is the DC voltage of the Rectifier

adjustable? (yes/no)

c. Manufacturer………………

d. Type of catalog ………………………..

e. Voltage rating…………..……(V)

f. Current rating………………..…. (A)

g. Withstanding rating at 250V DC….. (A)





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SUMMARY OF DATA

Name of Bidder:

D A T A



17.11. Static Inverter Data

17.11.1. General:

a. Manufacturer…………………………

b. Type and catalog number…………

c. Phase (output)…………………… 1PH

d. Rating at 55ºC ambient…………

d1. At 0.8 lagging PF…………(KW)

d2. At 1.0 PF……………..(KW)

e. Output Voltage (Vac)…………………. 230V

f. Output frequency (Hz)………………. 50Hz

17.11.2. Static Inverter input at UPS rated output at

0.8 lagging PF:

a. Power………………..(KVA)

b. Voltage (rated)………… …(DCV) 220V ±

15%

c. Current at 193 VDC ……………….. (A)

17.11.3. Static Inverter rated output at 0.8 lagging

PF:

a. Power, at continuous work, 55ºC

ambient temperature………..…(KVA/KW)

5KVA©

b. Voltage stability at 55ºC ambient

temperature ……………………..(V±%)

±0.5%

c. Current, at 55ºC ambient

temperature…(A)

d. Maximum voltage regulation with 0 to

100% load, 0.8 lagging to 1.0 PF, low

range DC input, -5 to 55ºC ambient

temperature, worst combination of

above variables……..%

e. Maximum frequency stability with 0 to

100% load, 0.8 lagging PF to 1.0 PF,

low range DC input, -5 to 55ºC ambient


above variables…………%





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SUMMARY OF DATA

Name of Bidder:

D A T A



f. Harmonic content of voltage with 0

to

100% load, and current crest factor,

3:1, 0.8 lagging PF to 1.0 PF, low

range DC input, 0 to 40ºC ambient

temperature,

worst combination of above

variables:

fl. Total……………………(%)

=<3%

g. Efficiency, including power for

cooling, at rated input and output

voltage, 0.8 lagging PF, 55ºC ambient

temperature and:

g1. At 100% of rated utput…….(%)

g2. At 50% of rated output… (%)

>93%

>80%

h. Losses at no load…….(KW)

i. Maximum frequency slewing

rate…(Hz/s)

1

17.11.4. Short-time characteristics:

a. Short-time overload capability in

percent of full load current rating: (at

least)……………….

©

a1. for 10 minutes………………(%) 125%©

a2. For 30 seconds……………… (%) 150%©

a3. For 10 cycles (200msec)… …. (%) 300%©

b. Maximum size branch circuit fuse

Chase – Shawmut form 101 or

equivalent, which the inverter will clear

in 0.25 cycle without transferring to the

alternate line in any point of the

cycle………(A)

c. Transient voltage regulation on

sudden application or removal of 100

percent load at 0.8 lagging PF.





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D A T A Insert all data in this column


c.1. Recovery Time till

±2%.....(msec)

25 msec

c.2. Recovery Time till

±1%...........(msec)

50 msec

17.11.5. Frequency stability, Static Inverter free

running at 55ºC (±%).

±0.5%

17.11.6. Output voltage is manually

adjustable….(±%)

17.11.7. Constructive type of the inverter

(PWM, Ferro resonant, quasi-square

wave)…………

PWM





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SUMMARY OF DATA

Name of Bidder:

D A T A



17.11.8. Is the load transfer from inverter to

alternate source made with break?

(yes/no)…………

No

What is the transfer time? ….…(msec) <10

17.11.9. Does the Static Inverter have an "Instant

Stop" feature?...............(yes/no)

yes

17.11.10 Does the Static Inverter have its own

start-up means?.......................(yes/no)

yes

17.11.11 Does the Static Inverter have an

automatic current limiter feature?

(yes/no)……………….

yes

17.11.12 I the above current limiter adjustable?

(yes/no)…… ……………….

yes

Specify

range……………………………………

17.11.13 Voltage Regulation:

a. 20% Unbalanced Load………….(%)

b. 50% Unbalanced Load………….(%)

17.11.14 Voltage Displacement:

a. 50% Load Step…………………….(±%)

b. Loss of AC input………………(±%)

c. Return of AC input…………………(±%)

17.11.15 Load Current Crest Factor 3:1

17.11.16

.

Meantime between failure for the U.P.S.

(MTBF)……… ………………..(h)

17.11.17 Meantime to repair for the U.P.S.

(MTTR)………… ………………….(h)

17.11.18 Power Transistor/SCR/diode Data

a. Manufacture…………………..

b. Type and catalog number……………

c. Voltage rating……………………(V)

d. Current rating………………… (A)

e. Withstanding rating at 250V AC… (A)





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SUMMARY OF DATA

Name of Bidder:

D A T A



17.12. Static Transfer Switch Data

17.12.1 Manufacturer…………………………………

17.12.2 Type and catalog number………………….

17.12.3 Voltage rating……………………………..(V) 230 V AC

17.12.4 Frequency rating……………….(Hz) 50Hz

±5%

17.12.5 Current rating

a. Maximum continuous………(%) 150

b. Maximum momentary…………(%) 1000

17.12.6 Transfer time……………………(msec) <10

17.12.7 Forced or natural commutation?

17.12.8

.

Is system protected to transfer inverter to

alternate line only if alternate AC is

available?..............................(yes/no)

yes

17.12.9 Power Transistor/SCR/Diode Data

a. Manufacturer……………….

b. Type and catalog number…………

c. Voltage rating………………………(V) 230 V AC

d. Current rating……………………(A)

e. Withstanding rating at 250V AC……(A)

17.13. Input Ac Circuit Breakers Data

17.13.1 Manufacturer…………………………………

17.13.2 Type and catalog number……………

17.13.3 Voltage rating……………… (V)

17.13.4 Current rating………………… (A)

17.13.5 Interrupting rating at 230 V AC

…………………….(RMS, Amps)

20 KA

17.13.6 Does the breaker have a shunt trip?

…. (yes/no)

yes

17.14. Input DC Circuit Breaker Data

17.14.1 Manufacturer………………………………….

17.14.2 Type and catalog number……

17.14.3 Voltage rating………….(V)

17.14.4 Current rating……………….(A)

17.14.5 Interrupting rating at 250 V DC ……....(A)

17.14.6 Does the breaker have a shunt trip?

……..(yes/no)

yes





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SUMMARY OF DATA

Name of Bidder:

D A T A



17.15. Output AC Circuit Breaker Data

17.15.1 Manufacturer………………………………..

17.15.2 Type and catalog number……………….

17.15.3 Voltage rating……………………..(V)

17.15.4 Current rating…………………………..(A)

17.15.5 Interrupting rating at 230 V AC……….(A) 20 KA

17.16 Input Isolation Transformer Data

17.16.1 Is the UPS provided with Input Isolation

Transformer?…………………… (Yes/No)

Yes©

17.16.2 What is the provided transformer insulation

class?..........................................................

H

17.16.3 Max acceptable temperature determined

by resistance method………………….

T=85ºc

17.16.4 Max acceptable temperature on the tape in

full load.

T=85ºc

17.16.5. Manufacturer………………………………….

17.16.6. Type and catalog number……………

17.16.7. Voltage rating (primary/secondary)…

17.16.8. Current rating…………………………………

17.17 Output Isolation Transformer Data

17.17.1 Is the UPS provided with Isolation

Transformer?.................................(Yes/No)

Yes©

17.17.2 What is the provided transformer class

insulation?..................................................

H

17.17.3 Max acceptable temperature determined

by resistance method

t=85ºc

17.17.4 Max acceptable temperature on the tape in

full load.

t=85ºc

17.17.5 Manufacturer…………………………………

17.17.6 Type and Catalog number……………

17.17.7 Voltage rating (primary/secondary)…

17.17.8 Current rating……………





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SUMMARY OF DATA

Name of Bidder:

D A T A



17.18 Heat Sinks

Temperature of all compartments does not

exceed.

85ºc

17.19 Capacitors

Max acceptable temperature.

a. For electronic capacitor……………

b. Other than electronic capacitor………

40ºc

65ºc

18. POWER INVERTER (5KVA)

18.1. Manufacturer's Nomenclature

18.1.1. Type designation…………..

18.1.2. Model or Serial Number (if available)…

18.1.3. Name plate made of stainless steel bolts

screws or rivets (Yes/No)………………….

yes

18.1.4. Name plate written in English with SI units

(yes/no)……………………………………….

yes

18.2. Net Weight Power Inverter

(5KVA) (Kg)…………… ………

18.3. Overall Dimensions Power Inverter (5KVA)

Length………………………………… (mm)

Height…………………………………. (mm)

Depth………………………………….. (mm)

18.4. What percentage of local participation in

labors, materials and parts I there in the

manufacture of the total product…….. (%)

18.5. Specify quality assurance system used….

18.6. Environmental Conditions

18.6.1. The POWER INVERTER is suitable to

operate continuously at full load, in the

following conditions:

a. Ambient temperature (from ºC to +ºC)… -5º÷(+55º)

b. Relative humidity (from % to %)…. 95%





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SUMMARY OF DATA

Name of Bidder:

D A T A



18.7. Mechanical Construction & Ventilation

18.7.1. Cubicles are heavy duty industrial

constructed, metal enclosures.

(Contractor will state how he intends to

supply the Power Inverter)

Yes

18.7.2. Thickness of the steel profiles used for

cabinet's construction ………….(mm)

18.7.3. Thickness of the steel plates………(mm)

18.7.4. Cubicles are frontal/rear/both accessible.

(Contractor shall state the construction of

the doors, if they are removable,

lockable)….

frontal

18.7.5. Cubicles have replaceable filters

protected with lowers on bottom/lateral

side on the cubicles (Yes/No)

Contractor shall give a short description

yes

18.7.6. How many fans are placed in one Power

Inverter 5KVA system?

18.7.7. Are the fans working in a redundant

system? (yes/no)………

18.7.8. Have the fans individual feed? ….(yes/no)

18.7.9. Are cables entrances as required at para.

13.4.8. (yes/no)……… ……

yes

18.7.10. Is Copper ground bus supplied as

required in para. 13.4.9? (yes/no)…… yes

18.8. Thermal Requirements

18.8.1. Are transformers and reactors if any,

supplied as required in para

13.6.1………… (yes/no), If not, explain

the differences

yes

18.8.2. Does Power Silicon have over

temperature detectors?

(yes/no)…………… ………………

yes

18.9. Noise Level

Maximum noise level, measure in

accordance with requirements of para.

13.8……………….

60 dBA©





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SUMMARY OF DATA

Name of Bidder:

D A T A



18.10 Power Inverter Data

18.10.1. General:

a. Type and catalog number……………

b. Phase (output)……………………

1PH

c. Rating at 55ºC ambient…………

cl. At 0.8 lagging PF…… (KW)

c2. At 1.0 PF ………………… (KW)

d. AC Input Voltage (V)…………….

e. AC Input tolerance……………

f. Input frequency……………

g. Input frequency tolerance………

h. Output Voltage (Vac)…………

i. Output frequency………………

230V

±10%

50Hz

±5%

230V

50Hz

18.10.2. Power Inverter input at POWER

INVERTER rated output at 0.8 lagging

PF:

a. Power………………(KVA)

b. Voltage (rated)………… ….(DCV)

5KVA

220v±15%

c. Current at 193 VDC………..(A)

18.10.3. Power Inverter rated output at 0.8 lagging

PF:

a. Power, at continuous work, 40ºC

ambient temperature………….(KVA/Kw)

b. Voltage stability at 55ºC ambient

temperature…………………..(V±%)

±1%

c. Current, at 40ºC ambient temperature

………………………………………(A)

d, Maximum voltage regulation with 0 to

100% load, 0.8 lagging to 1.0 PF, law

range DC input, -5 to 55ºC ambient


above variables…….(%)

±8%

e. Maximum frequency stability with 0 to

100% load, 0.8 lagging PF to 1.0 PF,

low range DC input, -5 to 55ºC ambient


above variables……………..(%)





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SUMMARY OF DATA

Name of Bidder:

D A T A



f. Harmonic content of voltage with 0 to

100% load, 0.8 lagging PF to 1.0 PF, low

range Dc input, -5 to 55ºC ambient

temperature, worst combination of above

variables: fl. Total…………….. (%)

=<5%

g. Efficiency, including power for cooling,

at rated input and output voltage, 0.8

lagging PF, 55ºC ambient temperature

and:

g1. At 100% of rated output….(%)

g2. At 50% of rated output….(%)

>93%

>80%

h. Losses at no load…………(KW)

I. Maximum frequency slewing rate. (Hz/s) 1

18.10.4. Short-time characteristics:

a. Short-time overload capability in

percent of full load current rating:(at

least)………………….

©

a1. For 10 minutes……………..(%) 125%©

a2. For 30 seconds……….(%) 150%©

a3. For 10 cycles (200msec)….(%) 300%©

b. Maximum size branch circuit fuse

Chase-Shawmut Form 101 or equivalent,

which the inverter will clear in 0.25 cycle

without transferring to the alternative line in

any point of the cycle……………..(A)

c. Transient voltage regulation on sudden

application or removal of 100 percent load

at 0.8 lagging PF.

c1. Recovery Time till ±2%..... (msec)

c2. Recovery Time till ±1%......(msec)

50 msec

100 msec

18.10.5. Frequency stability, Power Inverter free

running at 55ºC (±%).

±0.5%

18.10.6. Output voltage is manually

adjustable…±%)





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SUMMARY OF DATA

Name of Bidder:

D A T A



18.10.7. Constructive type of the Power Inverter

(PWM, Ferro resonant, quasi-square

wave)…..

PWM

18.10.8. Does the Power Inverter have an "Instant

Stop" feature? (yes/no).

yes

18.10.9. Does the Power Inverter have its own start-

up means (yes/no).

yes

18.10.10. Does the Power Inverter have an automatic

current limiter feature? (yes/no)…………….

yes

18.10.11. Is the above current limier adjustable?

(yes/no) Specify range……

yes

18.10.12. Voltage Regulation:

a. 20% Unbalanced Load………..(%)

b. 50% Unbalanced Load……..(%)

18.10.13. Voltage Displacement:

a. 50% Load Step……..(±%)

b. Loss of AC input………(±%)

c. Return of AC input……….(±%)

18.10.14. Load Current Crest Factor………………….. 3:1

18.10.15. Meantime between failure for the inverter

(MTBF)…………………………………….. (h)

18.10.16. Meantime to repair for the inverter

(MTTR)(h)

18.11. Power Transistor/SCR/Diode Data

18.11.1. Manufacturer…………………………………..

18.11.2. Type and catalog number…………………….

18.11.3. Voltage rating………………………………(V)

18.11.4. Current rating…………………………….. (A)

18.11.5. Withstanding rating at 250V AC…………(A)

18.12. Static Transfer Switch Data

18.12.1. Manufacturer…………………………………

18.12.2. Type and catalog number…………………

18.12.3. Voltage rating………………… (v) 230 V AC

18.12.4. Frequency rating………. (Hz) 50Hz

±5%





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D A T A Insert all data in this column


18.12.5. Current rating:

a. Maximum continuous………….(%) 150

b. Maximum momentary………(%) 1000

18.12.6. Transfer time………………(msec) <10

18.12.7. Forced or natural commutation

18.12.8. Is system protected to transfer inverter to

alternative line only if alternative AC is

available?.........................................(yes/no)

yes

18.12.9. Power Transistor/SCR/Diode Data

a. Manufacturer……………………………….

b. Type and catalog

number…………………

c. Voltage rating………………(V)

d. Current rating………………(A)

e. Withstanding rating at 250V AC (A)

18.13. Input Ac Circuit Breakers Data

18.13.1. Manufacturer………………………………….

18.13.2. Type and catalog number……………………

18.13.3. Voltage rating………………………………(V)

18.13.4. Current rating……………………..............(A)

18.13.5. Interrupting rating at 230 V AC

…………………………..………(RMS, Amps)

20 KA

18.13.6. Does the breaker have a shunt trip?

…………………………………………(yes/no)

yes

18.14. Input DC Circuit Breaker Data

18.14.1. Manufacturer…………………………………..


18.14.3. Voltage rating……………..(V)

18.14.4. Current rating………………….(A)

18.14.5. Interrupting rating at 250 V DC………….(A)

18.14.6. Does the breaker have a shunt trip..(yes/no) yes

18.15. Output AC Circuit Breaker Data

18.15.1. Manufacturer…………………………………..


18.15.3. Voltage rating……………… (V)

18.15.4. Current rating…………….(A)

18.15.5. Interrupting rating at 230 V AC…… (A) 20 KA





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SUMMARY OF DATA

Name of Bidder:

D A T A



18.16 Output Isolation Transformer Data

18.16.1 Is the INVERTER provided with Output

Isolation Transformer?..............(Yes/No)

Yes©

18.16.2 What is the provided transformer insulation

class?............................................................

H

18.16.3 Max acceptable temperature determined by

resistance method…………………………….

T=85ºc

18.16.4 Max acceptable temperature on the tape in full

load.

T=85ºc

18.16.5. Manufacturer…………………………………..


18.16.7. Voltage rating (primary/secondary)………….

18.16.8. Current rating…………………………………

18.17 Does the POWER INVERTER have the

arrangement to be connected to switching

station battery as specified in para 13.2.1.

18.18 Efficiency at rated input and output voltage,

55ºC ambient and:

a. At 100%of rated output………………. (%)

b. At 50% of rated output……………… (%)

>93©

>80©

18.19

18.20

The cubicle shall be provided with appropriate

lifting hooks in top for

Transport……………………….…….….(yes/no)

Degree of protection according to

EN60529…………………………………(yes/no)

yes

IP23

yes

IP23

19. CONTROLS, INSTRUMENTATION, ALARMS

AND COMMUNICATION FOR U.P.S. &

POWER INVERTER

19.1. Each Power Line (module) has its own self-

contained independent controls,

instrumentation and annunciation

(yes/no)…………………………………………..

yes

19.2. What are the provisions available for an On-

Line testing of the various components

(without cutting-off power to the load)

detail……………………………………………..





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SUMMARY OF DATA

Name of Bidder:

D A T A



19.3. Manual emergency START/STOP for each

power module (yes/no)

yes

19.4. Manual adjustment for:

a. Output voltage (yes/no)……………………. yes

b. Forward transfer voltage (yes/no)………… yes

c. Reverse transfer voltage (yes/no)………… yes

19.5. All accessories for manual adjustment are

located behind locked doors (yes/no)………

yes

19.6. List all the alarms indicated on the panel

(List)………………………………………….

19.7. Each alarm activates a Potential-Free contact

for remote indication (yes/no)………………….

yes

19.7.1. Contact data:

a. Max. operating voltage (V)……………… 250 DC

b. Continuous current rating (A) 5

c. Making power at 110 V DC (W) 550

d. Breaking capacity for

L/R = 40mS at U < 250 V DC (A)

0.04

19.8. Electrical latch for each alarm (yes/no)……. yes

19.9. The alarms are supplied with:

a. Reset button (yes/no)…………………….. yes

b. Test button (yes/no)………………………. yes

19.10. Describe the power source of the alarms and

signaling systems………………………………

19.11. Measuring instruments on the front panel

comply to standards IEC -60051-1 and VDE

410 (yes/no)……………………………..........

Alternatively, the measuring can be done by

the microprocessor controller (yes/no)…….. yes

19.12. Instruments on the main feed:

a. Ampermeter for AC current:

- Type and Manufacturer………………………

- Accuracy class (%)………………………….. 2≤

b. Voltmeter for AC voltage:






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SUMMARY OF DATA

Name of Bidder:

D A T A




- Accuracy class (%)………………………….. 2≤

c. Frequency:

- Type and Manufacturer……………………..

- Accuracy class (%)…………………………. 2≤

19.13. Instruments on the static inverter input:

a. Ampermeter for DC current:


- Accuracy class (%)…………………………. 2≤

b. Voltmeter for DC voltage:


- Accuracy class (%)………………………….. 2≤

19.14. Instruments on the bypass Power Line (only for

U.P.S.)

a. Ampermeter for AC current:

- Type and Manufacturer……………………

- Accuracy class (%)……………………….. 2≤



- Accuracy class (%)………………………… 2≤

c. Frequency meter:


- Accuracy class (%)………………………… 2≤

19.15. Instruments on the Out feed:

a. Ampermeter for Accurate:


- Accuracy class (%)……………………….. 2≤


- Type and Manufacturer………………….

- Accuracy class (%)……………………… 2≤

c. Frequency meter:

- Type and Manufacturer………………….

- Accuracy class (%)………………………. 2≤





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SUMMARY OF DATA

Name of Bidder:

D A T A



19.16. List all the status and alarms on the delivered

equipment (specify optional status and alarms)

(list)…………..

19.17 Communication adapter to TCP/IP………

- U.P.S. 5KVA

- Power Inverter 5KVA

SNMP

SNMP

20. RADIO FREQUENCY INTERFERENCE (RFI)

EMISSION ACCORDING TO CISPR 11

20.1 Does the equipment of the UPS have RFI

filters?.............................................(Yes/No)

Yes

20.1.1 Approval document included………(Yes/No) yes

20.2 Does the equipment of the Power Inverter have

RFI filters?............................ (Yes/No)

Yes


21. ELECTROMAGNETIC COMPATIBILITY (EMC)

ACCORDING TO IEC 60801 IEC 1000 AND VDE 0875

21.1 Does the equipment of the UPS have the

required electromagnetic

compatibility?.................……… (Yes/No)

Yes


21.2 Does the equipment of the Power Inverter have

the required electromagnetic

compatibility?................. ………….(Yes/No)

Yes


22. TEST

22.1 Description of the tests to be performed on site

according to clause 9.3……………….

yes





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SUMMARY OF DATA

Name of Bidder:

D A T A



22.2

22.2.1

22.2.2

Trial tests

The Bidder shall provide, upon request one (1) 5KVA UPS, which will be tested in IECo. Laboratories according to clause 6.1. The 5KVA UPS will be delivered to IECo. Laboratories in Haifa in four weeks (or less) after the request was submitted to the bidder. The Bidder shall provide, upon request one (1) 5KVA Power Inverter, which will be tested in IECo. Laboratories according to clause 6.1. The 5KVA Power Inverter will be delivered to IECo. Laboratories in Haifa in four weeks (or less) after the request was submitted to the bidder.

Yes©

Yes©

23. REFERENCE LIST

- U.P.S. (5 KVA)

- Power Inverter (5KVA)

24. RELIABILITY, MAINTENANCE, AND SAFETY

24.1 The proposed UPS and Power Inverter systems

shall comply with RMS requirements specified in

Appendix No. 7………….(Yes/No) yes

24.2 The Contractor shall submit the correct RMS

data and information about the proposed UPS

and Power Inverter system written in the RMS

questionnaire. ………….(Yes/No) yes

24.3 The proposed Expansion of existing UPS and

Power Inverter system shall participate in

Reliability Field Demonstration (RFD) specified

in Appendix No. 7 and the Contractor will be

responsible for consequences of RFD. .(Yes/No)

yes

24.4 The Contractor representative shall participate

in Failure review board………….(Yes/No)

yes





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25. SPARE AND RENEWAL PARTS

DATA REQUIRED RECOMENDED OFFERED

25.1 The life duration of the equipment as a whole and the normal replacement cycle of the component parts is included in the offer (Yes/No)

Yes

25.2 Included is a catalogue containing all relevant potential Spare Parts for the proposed equipment as well as a detailed list of Spare Parts recommended for:

25.3 The short term: start-up, commissioning and until expiration of the warranty period (Yes/No)

Yes

25.4 The long term: spare parts for periods of five (5) years as of the end of the warranty period, and ten (10) years as of the end of the warranty period (Yes/No)

Yes (C)

25.5 Wear out components such as batteries electrolytic capacitor etc., maintenance and replacement policy is detailed in the bidder's offer. The details includes life span of the components, replacements procedure (Yes/No)

Yes

25.6 The catalog and the lists include for each item:

25.6.1 Item description and item designation (Yes/No)

Yes

25.6.2 Likelihood that the part will be required for replacement during each relevant period (short term, long term) (Yes/No)

Yes

25.6.3 Name of Bidder and Manufacturer (Yes/No)

Yes

25.6.4 Necessary catalogue data for separate order (Yes/No)

Yes

25.6.5 Optimal stocking level (Yes/No) Yes

25.6.6 Lead time before supply (including transport time to Israel) (Yes/No)

Yes

25.7 All Spare Parts shall be new and unused in all cases (Yes/No)

Yes

25.8 The Contractor guarantees that all the Spare Parts features will be according to its catalogue and that the catalogue is periodically updated to stay current (Yes/No)

Yes





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25 . SPARE AND RENEWAL PARTS (cont)

Spare Part List

Spare

Part

Name

& №

Producer's

Name

Spare

Part

Purpose

Probability

of Failure

Technical

Data

Drawing

№

Is It

In

Stock

(y/n)

Supply

Time

After

Ordering

For short term (start-up, commissioning and until expiration of the warranty

period).

Item 1

Item 3

For 5 (five) years after the end of warranty.

Item 1

Item 3

For 10 (ten) years after the end of warranty.

Item 1

Item 3





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26. SPECIAL TOOLS

Contractor shall give a list of recommended special tools for assembly and maintenance.





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27. COMMENTS BY MANUFACTURER ON ANNEXURE "B"

Name of Contractor: __________________________________________________





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28. DEVIATIONS FROM REQUIREMENTS


Contractor is requested to describe or indicate deviations of the equipment and accessories

from all requirements in this Specification.

In case no deviations are mentioned it will be understood that Contractor's offer entirely

complies with all requirements in this Specification.





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29. CONFORMITY WITH PROPOSAL DOCUMENTS


Contractor hereby certifies that he agrees to all provisions of the Proposal Documents

unless exceptions are specifically and clearly listed in the Proposal and identified as

Exceptions. Contractor printed terms and conditions are not considered specific

exceptions. Any exceptions, which Contractor has taken, are listed on Page:

____________

Contractor hereby certifies that he agrees to all conditions of the cover letter of THE

ISRAEL ELECTRIC CORPORATION LIMITED, which accompanies the Proposal

Documents.

.

___________________________ ______________________________

Signature of Contractor Date of Proposal

SUMMARY OF DATA FOR U.P.S.-5KVA AND POWER INVERTER … Technical Data... · u.p.s.-5kva and power...

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Transcript of SUMMARY OF DATA FOR U.P.S.-5KVA AND POWER INVERTER … Technical Data... · u.p.s.-5kva and power...