G60 Tested

UR Series, Type-G60 Relay Test Report

Job Number:Customer: Location:

Relay ID:

Nameplate Data

Model #: Firmware Version: Boot Version:Serial #: Instruction Booklet:Ratings: CT / PT Ratio:

System Setup

Current Banks Voltage Banks5 5Ratio-F1 : 5 Ratio-F5 : 5 Bank F5: Phase Secondary = V Secondary = V

5 5Ratio-M1 : 5 Ratio-M5 : 5 Bank M5: Phase Secondary = V Secondary = V

Ibase = Amps

Electrical Tests

Inputs / Outputs

Minimum PickUp Time Delay

Phase Current

Phase Voltage

Generator Unbalance Function = CT Bank =

LevelINOM = pu x Pickup = 1.500 A [ I2 ]

STG1 Pickup = x Pickup = 3.000 A [ I2 ]

K-Value = x Pickup = 4.000 A [ I2 ]TMIN = s TMAX = s K-RESET

STG2 Pickup = x Pickup = 0.700 A [ I2 ]

DELAY = s x Pickup = 1.400 A [ I2 ]

+ Note: Neutral IOC is adjusted by 6.25% for I1 restraint. *Note: This function is disabled, not used, or zero time delay.

*

**

1.00 A

* NA *OV2 Disabled ** NA

10.00 Sec 10.0 s

[data below]

F1

*

*OV1 Disabled *

5.00 ( 0.280 pu)

Enabled

GEN UNBAL Settings Test Current [Negative Sequence]

*

40.00 ( 0.800 pu)0.20

Stage 2 [Alarm]

7.00%10.00

Stage 1 [TRIP]

0.80010.00%

* * NADisabled

Aux Voltage

OV2 DisabledNeutral Voltage

Volts per HertzV/Hz 2 DisabledV/Hz 1 Disabled

UV2

OV1

Neg Seq Volt OV

Check all voltage/current inputs (magnitude and polarity); use metering to view. Pass

*

Ground Current

Neutral Current

1.133.32

[Removed]

120V ac; 5Amp, 125V dc logic

F1

G60-D00-VFH-F8A-H6N-M8A-P6CAALC02000081

Disabled8.0 pu

*

[Name Removed]Gen/Cubicle:

800 NA

Bank

TOC1

CategoryIOC1

1601-0110-E2 (GEK-106411A)

Confirm

IOC2

ΑφSetting ExpectedElementF1 0.00 s40.00 A *

**40.0 A

*

[data below]

NATOCNA

TOC

1.20 pu 6.00 A

0.90 puDisabled

0.20 pu F1

108.00 V

IOC1 + Disabled

108.0 V

TOC1

F5**

1.00 A*

---

CT = 800:5, PT = 120:1

*

*

Pass

NA

[data below]

TOC[data below][data below]

Project:

800

[Location Removed]

40.0 AΒφ Setting Measured

CG02-107B, GT-1 2CG02-107B_G60

40.0 A

CoGen Installation

Auxiliary

Cφ

120120

Measured

Check all digital inputs. -AND- Check all output contacts.

Phase

800 NA

IOC1 DisabledTOC1UV1

0.80 puOV1 DisabledUV2 96.00 VF5

**

*

*

*

7.503.75

*

*TOC

( 0.300 pu) 180.0 s

---

*

[data below][data below]

*

[data below]*

*TOC

(3ph Delta)(3ph Delta)

TOC [data below]

*

* *

*

NA*

TOCTOC95.9 VNA

TOC

71.1 s180.0 s

TimeExpected Measured

Time

6.01 A 6.01 A 6.01 A*

71.1 s( 0.600 pu)

DisabledUV1 Disabled

Disabled

180.0010.00

240.0 s

NA NA

*NA

10.0 s

40.0 s240 s

40.0 s

2.50 ( 0.140 pu) 10.00 Sec

Power Technical Services, Inc. 1323 Butterfield Road; Suite 106

Downers Grove, IL 60515CG02-107B_G60, GT-1.xls

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Sample

UR Series, Type-G60 Relay Test Report (cont)

Relay ID:

Electrical Tests (Cont)

Time-OverCurrentElement Curve & Time Dial

Curve = x =Phase TOC1 TDM = x =

Reset = x =Curve = x =

Neutral TOC1 TDM = x =Reset = x =Curve = x =

Ground TOC1 TDM = x =Reset = x =Curve = x =

Phase UV1 TDM = x =Reset = x =Curve = x =

Phase UV2 TDM = x =Reset = x =Curve = x =

Aux UV1 TDM = x =Reset = x =Curve = x =

Aux UV2 TDM = x =Reset = x =Curve = x =TDM = x =Reset = x =Curve = x =TDM = x =Reset = x =

reach Vφ-φ V φ-φ V φ-φ V φ-φRCA A A A A

Comp Limit Ω Ω Ω Ω° ° ° °

+ ° A A A ADirection − ° A A A A

Sec Secreach Vφ-φ V φ-φ V φ-φ V φ-φRCA A A A A



Sec Secreach Vφ-φ V φ-φ V φ-φ V φ-φRCA A A A A



Sec Sec

**Note: Z = Vφ-φ/2I If Phase Distance has Quadrillateral Charactoristic, ATTACH Quad datasheet:

If Power Swing settings enabled, Attach PTS' Out-Of-Step Relay datasheet:

*Note: This function is disabled, not used, or zero time delay.

** *

12.6 s

(3ph Delta)

*

50.0 s

(3ph Delta)

Instantaneous 0.20 NA0.500.75 NA NA * * *

( 0.90 pu = 108.00 V)

OFF

Volts / Hertz 12.00 NA

Voltage

Max Torque Angle

1.50 NA NA*NA *

*

Timed

Circle

Z1 *

Z2 *

Z3 *

NA

1.10 NA NA *

0.537 s

12.5 s

Αφ

DelayCheck

OFF

Max Torque AngleImpedance** Current @ MTA

Circle Check

0.50

Current @ MTA

*

0.80Inverse Time

Impedance**

DelayVoltage

0.20

Timed

0.500.20

1.0

0.50

Max Torque Angle

0.343 s

NA

2.00 A

6.00 A

1.968 s3.00 A

Project:

10.0

6.03.0

Test Current2.0

Instantaneous

3.0IAC Very Inv

---

50.3 s*

---20.0 s

2.0

3.06.0

4.0

Time1.312 s

Gen/Cubicle:

86.40 V

IAC Very Inv 2.0

ΒφExpected

1.96 s0.82 s

Inverse Time

0.36 s

NA

---

*

0.80

---

(3ph Delta)

(3ph Delta)

NA

NANA

0.35 s24.00 A0.54 s

12.00 A18.00 A

1.35 s

Cφ1.35 s

20.0 s54.00 V21.60 V76.80 V

0.35 s0.35 s0.54 s 0.54 s

2CG02-107B_G60

Measured Time

1.35 s

48.00 V5.00 s 5.04 s (3ph Delta)

CG02-107B, GT-1

0.340 s0.806 s

NA

---1.27 s (3ph Delta)2.01 s2.00 s

Instantaneous 1.25 s19.20 V

1.00

CoGen Installation

NANA

0.75 NA ** * ** *

NA

**

* * *NA

NA NA *

Cφ - AφBφ - Cφ

---

Aφ - Bφ

Current @ MTA

Zone Parameter Expected Values

Impedance**

OFF Voltage

Check Circle

Phase Distance (for Mho Charactoristic Only; if Quad, see Attached)

Delay

1.50 NA1.10 NA

NA

Volts / Hertz 2

Instantaneous

1.5Timed

Instantaneous

( 1.20 pu = 6.00 A)

( 0.80 pu = 96.00 V)

( 0.20 pu = 1.00 A)

0.20

NA * *

**

NA NA

* *

*NA * * *

Timed 2.00 NA NA * * *



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Sample


Relay ID:

Electrical Tests (Cont)

Test Voltage measured:test current used.

Center V V V VRadius A A A A

Ω Ω Ω Ω° °

+ 40 ° A A (Test Angle = 251.9 deg)

− 40 ° A A (Test Angle = 288.1 deg)

Sec SecCenter V V V VRadius A A A A

Ω Ω Ω Ω° °

+ 40 ° A A (Test Angle = 251.4 deg)

− 40 ° A A (Test Angle = 288.6 deg)

Sec Sec

Phase VT Connection:

V V V VA A A A Test Voltage measured:

SMIN - 1 VA VA VA VASMIN - 2 ° ° ° °

RCA + 50 ° I ÷ cos(50°) = A A A A Test current used:Calib − 50 ° I ÷ cos(50°) = A A A A

Sec Sec Sec Sec (Connect to A-ph)

V V V VA A A A

SMIN - 1 VA VA VA VASMIN - 2 ° ° ° °

RCA + ° I ÷ cos( °) = A A A ACalib − ° I ÷ cos( °) = A A A A

Sec Sec Sec Sec

Stator Differential

CT Set FormulaPICKUP x Ibase ÷ Ratio

PICKUP x Ibase ÷ Ratio

Slope 1 = BREAK 1 = pu Slope 2 = BREAK 2 = pu [Current Banks F1 and M1 .]

Slope Curve ActionLine End Current [Bank-F1]Neutral End Current [Bank-M1] Low Slope disabled:Normalized Op Current, Iop [pu] PICKUP > (BREAK 1

[ Ir > PICKUP/Slope ] Normalized Restraint, Ir [pu] × Slope) [ Ir < BREAK 1 ] SLOPE = Id / Ir = (Ir - Iop) / Ir

Line End Current [Bank-F1]Neutral End Current [Bank-M1]Normalized Op Current, Iop [pu]

[ Ir > BREAK 2 ] Normalized Restraint, Ir [pu]SLOPE = Id / Ir = (Ir - Iop) / Ir


Delta

Current (at RCA + Calib, ref = ph-ph)

Stage 1 Stage 2

phase-phase

0.5660

1-phaseMeasured

PT Input :

CT Bank :

0.570

5.00

5.005.06

Expected Measured

1-phase

Expected Measured Expected Measured

4.163180.0

phase-phase

0.52

60.05.68

Offset Reach

5.090.567

5.105.00

5.120.5638

0.50

8.67270.0

4.254.25

60.04.00

ExpectedMax Reach

6.10270.0

6.046.04

5.706.077

Loss of Excitation

269.56.11

Zone Parameter

0 pu12 pu

Slope 260.00 A * - too high * - too high

Calculate2.4 pu 0 pu 0 pu

80%

9.98% 10.03%

Measure 12.00 A* - too high

1.014 pu1.13 pu 1.127 pu 1.127 pu 1.127 pu

Slope 15.63 A 5.634 A 5.634 A

Calculate1.01 pu 1.014 pu 1.014 pu

10% 10.01%

Βφ Cφ

Measure 5.06 A 5.070 A 5.072 A 5.069 A5.634 A

Values

Line EndNeut End

F1 0.5 A

Bank Expected

PICKUP = 0.100

M1 0.5 A 0.50 A 0.50 A 0.50 A

10% 1.25 80% 10.00

Minium Pickup

Element / Settings

13.8612.15

Stage 1Check

Max Torque Angle

Current @ 270° (lag)

300.0

0.50 A 0.50 A 0.50 ACφΑφ Βφ

Parameter

60.0 5.00

Impedance**

0.7214.163180.0

10.0

Measured PickUp

Expected Measured ValuesParameter / Formula Αφ

pu

Current @ 270° (lag)

Voltage

Phase-Phase Voltage

Impedance**

LinearityCheck

Stage 2

Delay

CircleCheck

Max Torque Angle

Circle

0.06

8.6174.02

10.08.3

Delay

269.54.294.25

6.050.0860.0

** Note: For single-phase-current testing, reach is 1/3 the specified value.

Z = Vφ-n/I = reach

Time DelayCheck

1.141.10

10.0

1.120

0.7204.16180

10.00.721

300.0

1.120

Appearent Power

30.0Phase-Phase Voltage

0.004

Dir Power 1 0.720Phase-Phase Voltage

Appearent Power

10.0

4.16F5

0.004 180

Time Delay

F1 Max Torque Angle (ref = ph-ph)

0180 1.120

Dir Power 2 *

OFF Max Torque Angle (Ref: Vph-n)

PT Input :F5

CT Bank :F1

Current (at RCA + Calib)OFF

NA LinearityNA

1.141.1030.0

1.120

CG02-107B, GT-1 2CG02-107B_G60

Slope Check

Sensitive Directional Power

Project: CoGen Installation Gen/Cubicle:



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Sample


Relay ID:

Electrical Tests (Cont)(Test using 1-ph to Gnd) : 5 : 5

RGF #1 : RGF #2 : RGF #3 : RGF #4 :

pu pu ; pu pu



Slope 1 = Slope 2 = Slope 3 = Slope 4 =

Line End CT, IN

Ground CT, IG

Normalized IN [pu] 0 0 0 0Normalized IG [pu] 1 0 0 0S = (IG-IN) ÷ (IG+IN)Pickup Delay

Dropout Delay

Frequency FunctionsElement

UF 1UF 2UF 3UF 4UF 5UF 6OF 1OF 2OF 3OF 4

Synchro-Check SynchCheck 1: SynchCheck 2:Category

V1V2

Max Volt Volts V (sec) Volts V (sec)Max Angle Angle deg Angle degMax Freq Freq Hz Freq Hz

**Note: Functional Testing may be performed only if operating conditions permit.

CommentsTest Equipment & Calibration Date:

Other Comments:

Relay Tested By: Date: Attach print-out of relay settings: Functional Tests By: Date:

Time Delay

Gnd CT Ratio

40%NA

**

39.78% *

800

FormulaActionRestd Gnd Fault #1 Restd Gnd Fault #2 Restd Gnd Fault #3

Expected

Line CT Ratio

NA

*0.00 s * NA * NA * NA *0.10 s NA NA0.12 s * *

*NA*

NANANA NA

NA**

Measured**

Measured**

NANA

Calculate0.43 pu

NA

**

NA

NA

NANA

1.00 pu0.431 pu1.000 pu

NANA

Formula

Expected Measured

*NANA

Minium Pickup

CT

Measured Expected

Line End 0.500 A

40%Ground 0.500 A 0.499 A

Measure 2.14 A 2.154 A5.000 A5.00 A

Enabled Disabled

NA

Restd Gnd Fault #3

0.100

Disabled

0.500 A

Restd Gnd Fault #1

NA

Restd Gnd Fault #4

Disabled

800

*

Restd Gnd Fault #4Expected

PICKUP 1 =

**

Expected Measured Expected Measured Expected Measured* *

Measured

PICKUP 2 = PICKUP 3 = PICKUP 4 =

Restd Gnd Fault #2Expected

K.P.Rolley 10/13/03

Yes

*

GENERATOR TRIP for NON-DIFF faults - Operates for all faults, except Differential.

3x Doble F-2253

Generator Trip "Functional test" performed during start-up testing, prior to first run.

DO Delay0.00 s

PickUp PU Delay

**61.0 Hz

*1.10 s *0.00 s1.00 s

*NoNoNo

**

DO Delay*

PickUp

*

PU Delay1.10 s

***

*

Yes 59.0 Hz0.10 pu

*

0.00 sYes

*

0.10 pu*0.60 s

59.003 Hz58.002 Hz

*

61.99 Hz*

0.60 s*

60.99 Hz

**

Enabled FALSE Disabled

** *

TRUE

*

*NA

Measured

*

CG02-107B, GT-1

Specified

NoNo

58.0 Hz

NoYesYes

Min V(A)

*

Enabled

0.50 s 0.00 s

-29.5 deg

Min V(A)11.9 V11.9 V

*

62.0 Hz

Yes

20 140.4 V


SYNCHRO-CHECK - Operates on Synchro-Check or Dead-Bus/Live-Line.

59.83 Hz 60.17 Hz+30.5 deg

P5 Flex Logic

P2 Flex Logic

P4 Flex Logic

Specified

YesGENERATOR TRIP for DIFF faults - Operates only for Differential faults. Yes

LIVE

*

Yes

Logic Elements

Tested

Output Functional Tested**

DEAD

95.8 VLow

LIVE

Project: CoGen Installation Gen/Cubicle:

36.8 V 95.9 V

High(Dead) (Live) *

*

Low High

2CG02-107B_G60

*

Output Control

300.17

Flex Logic

*

TRIP OUTPUT - Operates for programmed faults.YesBREAKER FAILURE simulation - Operates if Breaker doesn't trip after 200msec.

Yes YesYes

0.30 pu

NoK.P.Rolley 10/13/03

P1 Flex Logic Yes

P3 Flex Logic

100.5 V

0.80 pu0.80 pu

Specified35.8 V0.30 puD

EAD

1.00 s0.50 s

**

**

*

Output & Logic Checks

Slope Check

Restricted Ground Fault



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Sample

G60 Tested

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