Abb Gridshield 3n4h47

GridShield® 15/27/38 kV three-phase vacuum recloser

Table of contents

Introduction ............................................................................................................................................................................. 3 Recloser design ....................................................................................................................................................................... 4 Magnetic actuators .............................................................................................................................................................. 4 Position switch .................................................................................................................................................................... 4 Vacuum interrupters ............................................................................................................................................................. 4 Pole assembly ..................................................................................................................................................................... 4 HCEP insulating material ...................................................................................................................................................... 5 GridShield 15/38 kV dimensions ........................................................................................................................................... 6 Recloser control ...................................................................................................................................................................... 8 RER620 overview................................................................................................................................................................. 8 PCM600 .............................................................................................................................................................................10 Web HMI ............................................................................................................................................................................11 Protection functions ............................................................................................................................................................12 Technical data.........................................................................................................................................................................14 Ordering guide ........................................................................................................................................................................15 Accessories ............................................................................................................................................................................18 Additional ABB devices ..........................................................................................................................................................20 Service & ...................................................................................................................................................................21 Notes ......................................................................................................................................................................................22

2 GridShield | Descriptive bulletin

Introduction Gridshield: Making distribution networks more reliable

ABB’s drive to produce more advanced feeder automation equipment and to exceed their s’ expectations has led to the development of the new GridShield recloser. Paired with the industry’s most intelligent control device - the RER620 - the GridShield recloser is a product of extensive international research and testing, creating the most reliable and technically adept recloser on the market. Whether performing three- or single-phase tripping connecting distributed generation to the grid or communicating via IEC 61850 utilizing GOOSE messaging, the GridShield recloser is ready for any challenge.

Features − Ability to perform as a recloser, sectionalizer or automated load break switch − Proven design rated for 10,000 full load operations − Hydrophobic Cycloaliphatic Epoxy (HCEP) insulation provides industry leading reliability − Stainless steel construction for durability in any environment − Air insulation for an environmentally friendly design − Minimal maintenance required for the high voltage unit − Two control cabinet options to fit any application − All electronics located inside control cabinet for quick and safe access, reducing maintenance costs − DNP3 Level 2+, IEC 60870-5-101 and 104, IEC61850, and MODBUS communication protocols come standard − Web Human Machine Interface (web HMI) software for field configuration − Technically advanced RER620 control with fully customizable settings − Powerful PCM600 tool suite − Single-phase tripping option for improved system reliability

1 Standard control cabinet, open | 2 Standard control cabinet, closed | 3 15/27 kV GridShield recloser

1

2

3

Descriptive bulletin | GridShield 3

Recloser design High voltage unit technology

Magnetic actuators − Industry proven design − No lubrication, maintenance, or adjustments − Bi-stable technology means no power required to maintain open or closed position − Stainless steel shaft and corrosion resistant construction − 3 independent actuators fitted in the cabinet to allow single phase tripping Position switch − Double break, galvanically separate s − Self-cleaning s − Transparent housing allows for position and mechanism viewing

Vacuum interrupters − Superior wear ensuring maximum reliability − Environmentally friendly − Built by ABB in Ratingen, since 1980s Pole assembly − Modular assembly for easy replacement in the field − UV protected for environmental durability − Molded design reduces risk of tampering − Few moving parts − 10,000 full load operations without maintenance − Single molded design guarantees the longest creepage distance in the industry

1 Magnetic actuators add durability and safety | 2 Single molded poles for superior creepage | 3 ABB vacuum interrupter clean room 1

4 GridShield | Descriptive bulletin

2

3

HCEP insulating material The pole insulating material is Hydrophobic Cycloaliphatic Epoxy (HCEP). the next generation of Cycloaliphatic Epoxy (CEP). Hydrophobicity provides water resistance, preventing water from developing completely wetted, resistively conductive surfaces on outdoor insulation. As a result, leakage currents are reduced which increases reliability by minimizing the risk of insulation flashover. Furthermore, reducing discharge activity translates into decreased insulator erosion and increased insulator life expectancy. Advantages − Improved water beading and runoff − Lower leakage currents and less discharge activity − Reduced flash-over probability − Less erosion of insulation − Improved performance in heavily polluted areas − Improved weatherability and outdoor aging − Prolonged life expectancy − Exceptional mechanical strength attributed to epoxybased design Contamination performance Determined by creepage/leakage distance available on a recloser bushing (pole), contamination performance is a very important factor when considering the recloser’s operating environment. ABB uses the HCEP insulation to not only offer a product that far exceeds the creep required by ANSI standards, but also to produce results that go beyond IEC Level IV requirements for environments with very heavy pollution.

HCEP does not become resistively conductive when exposed to moisture

IEC pollution levels Pollution level

Required Creep ratio

I - Light

0.63 in/kV (16 mm/kV)

II - Medium

0.79 in/kV (20 mm/kV)

III - Heavy

0.98 in/kV (25 mm/kV)

IV - Very Heavy

1.22 in/kV (31 mm/kV)

Required Creep vs OVR Creep (Phase to Ground) Rated Maximum Voltage 15 kV

Pollution Level

27 kV

38 kV

Required Creep

ABB Standard

Required Creep

ABB Standard

Required Creep

in (mm)

Creep in (mm)

in (mm)

creep in (mm)

in (mm)

ABB Standard Creep in (mm)

I - Light

9.8 (248)

N/A

17.0 (432)

N/A

23.9 (608)

N/A

II - Medium

12.2 (310)

N/A

21.3 (540)

N/A

30.0 (760)

N/A

III - Heavy

15.3 (388)

N/A

26.6 (675)

N/A

37.4 (950)

N/A

IV - Very Heavy

18.9 (481)

38.0 (960)

33.0 (837)

38.0 (960)

46.4 (1178)

50.7 (1288)

Descriptive bulletin | GridShield 5

GridShield 15/27/38 kV dimensions

Rating

Units

15/27 kV

in

15/27 kV

mm

38 kV

in

38 kV

mm

A

B

C

D

E

F

G

H

L

M

N

O

P

Q

R

49.8

41.75

15.5

13

30

39

25.3

15.5

65.6

95.8

48

52.4

22

29.1

27.9

1265.5

1060.5

393.7

330

763

989.6

642.6

393.7

1666

2433.3

1219.2

1330.5

558.8

738.2

708.6

49.8

41.8

15.5

13.3

30

45.2

30.1

15.5

71.5

101.5

48

52.4

22

29.1

34.1

1265.5

1060.5

393.7

339

763

1146.9

763.9

393.7

1816

2578

1219.2

1330.5

558.8

738.2

866

Pole mounting frame

C

C

E

D

F

G H

30.34

16.63 14.40

B A

Substation mounting frame

B

20.1

67.5

C

C

D

R

36.0 L- As shown M- Max height Adjustment holes located at 3.0 in increments

N O

6 GridShield | Descriptive bulletin

P Q

Small control cabinet – low profile option

17.540 [445.52] 1.500 [38.10]

9.074 [230.48]

27.500 [698.50]

30.000 [762.00]

24.000 [609.59]

0.249 [6.33]

0.875 [22.23] 18.000 [457.20]

Large control cabinet - standard 15.34 389.71

20.12 511.00 2X 10.06 255.50

13.84 351.61

2.82 71.74

2.24 56.92 39.17 994.89 PAD LOCK HOLE 36.00 914.40 .50 12.70 18.19 461.95

9-59 FT.

1.34 34.14 .88 22.23

X 2.38 60.33

SLOT

GROUNDING LUG 1/2-13 THD

Descriptive bulletin | GridShield 7

Recloser control The future of Intelligent Electronic Devices (IEDs)

RER620 overview The RER620, part of the Relion® family of ABB controls, is a dedicated IED perfectly aligned for the protection, control, measurement and supervision of utility substations and industrial power systems including radial, looped and meshed distribution networks with or without distributed power generation. The RER620 IED is characterized by its compactness and withdrawable unit design.

Integrated loop control as standard offering There are two loop control schemes that come with the GridShield recloser: The traditional loop control scheme is based on voltage, overcurrent and reclosing sequence.

F1

Engineered from the ground up, the RER620 has been designed to unleash the full potential of the IEC 61850 standard for communication and interoperability. The RER620 provides main protection for overhead lines and cable feeders in distribution networks. RER620 Introduction − Part of Relion family of ABB controls − Drawout design for quick and easy maintenance − Environmentally friendly design with RoHS compliance − Capable of having up to 20 binary inputs and 14 binary outputs − Easy integration into Ethernet or serial-based communication networks with standard: DNP3, IEC 60870-5-101, IEC 60870-5-104, Modbus, IEC 61850 − Use of GOOSE messaging (peer-to-peer) for high-speed protection, transfer switching, fault isolation and service restoration − Interact via easy to read local HMI or remotely − Six setting groups for protection scheme flexibility − High Impedance (HIZ) fault detection creates more safety for life around power lines − Embedded In-rush detection for added reliability connecting distributed generation networks

Substation Circuit Breaker Source 1

1 PT

F2

B

Sectionalizing Recloser – Normally Closed

1 PT

F3

C

Midpoint Recloser – Normally Closed

3 PT

Tie Point Recloser – Normally Open

Substation Circuit Breaker Source 1

Sectionalizing Recloser – Normally Closed

Midpoint Recloser – Normally Closed

A

1 PT

T 3 PT

D

1 PT

Additionally, there is the advanced 61850 (peer-to-peer) loop control scheme for fault detection, isolation and restoration.

RER620

REF615

Interlocking data

Interlocking data

GOOSE

GOOSE

GOOSE

F1 Substation Circuit Breaker Source 1

RER620

Interlocking data

1 PT

B

Sectionalizing Recloser – Normally Closed

F2

1 PT

F3

C

Midpoint Recloser – Normally Closed

3 PT

Tie Point Recloser – Normally Open

Substation Circuit Breaker Source 1

Sectionalizing Recloser – Normally Closed

1 PT

A

Midpoint Recloser – Normally Closed

T

RER620 3 PT

D

1 PT

RER620 relay located inside padlockable control cabinet

With the quick response from GOOSE messaging, the reclosers can communicate with each other and determine where the fault is, preventing unnecessary reclosing. Self-diagnostics - Built-in self-diagnostics continuously monitors the RER620 electronics and the operation of the relay software - Any fault or malfunction will raise an alert

8 GridShield | Descriptive bulletin

RER620 hardware features Drawout case ABB’s innovative design for the RER620 includes a standard drawout case, allowing for quick access to relay cards for easy field maintenance. Also included is an automatic function that shorts CT connections to the relay when removed from the case, making maintenance safer for the . Local HMI − Large, 13x14 pixel, LCD screen displays ten rows, each capable of displaying 20 characters − Simple controls for navigation and recloser open/close operation − Normal, Pickup and Trip protection indicators for state identification − Recloser open/close buttons let the know current position − 11 programmable alarm LEDs - great for loss of phase and lockout indication − 14 programmable push-buttons for customization − Customizable labeling for programmable buttons and alarms − Front RJ-45 communication port for quick laptop connection

Communication − Ethernet network communication via RJ-45 or LC fiber optic connectors − Serial communications via RS-232, RS-485, or ST fiber optic connection − DNP 3.0 Level 2+ over T/IP or serial with redundant physical channel − IEC 60870-5-101and IEC 60870-5-104 − Modbus RTU/ASCII over serial and T/IP modes ed − IEC 61850, with GOOSE messaging − PG&E 2179 − The event generation subsystem provides consistent timestaping across all protocols − Simultaneously report events to five IEC 61850 clients Input and output ports − Capable of up to 20 binary inputs and 14 binary outputs when fully configured − 6 VT inputs for voltage sensing − 4 CT inputs

1 RER620 relay and drawout case | 2 IED can be controlled via a clean and easy to use HMI | 3 A variety of communication ports and I/Os to fit the ’s needs 1

2

3

Descriptive bulletin | GridShield 9

PCM600 PCM600 offers extensive relay configuration functions such as relay signal configuration and IEC61850 communication configuration with GOOSE horizontal relay-to-relay messaging. Advantages − Tool suite with numerous tools at hand, useable with and without connection to RER620 − Easy to navigate menu follows local HMI menu layout − Tab structure for easy management of open tools − Create settings ahead of time and load onto an RER620 via RJ-45 connection − Save setting profiles and load onto other relays − Customize recloser, sectionalizer, and automated load break switch modes with application configuration tool − Integrated documentation for quick referencing of technical information and communication point lists − Import and export GOOSE messages for advanced communication schemes Graphical display editor − Visually display power system objects and their status − Integrate on-line measurement in the IED HMI − Set node attributes like name, name position and sort index − Extensive ANSI and IEC symbol library included

ACT tool for logic programming

10 GridShield | Descriptive bulletin

Application configuration tool − Function block-based programming for easy customization − Search feature and “quick jump” function allows for easy navigation − View existing logic for clear understanding of recloser functions − Adapt pre-configured applications − Broken up into I/O, Measurements, Control, and Protection tabs for progamming organization − Insertable text boxes for tracking changes − Debugging for operation assurance Disturbance handling − Records up to 12 analog channels and 64 binary channels − Can be triggered by analog/binary channels or manual/periodic commands − Selectable sampling rate, 32/16/8 samples per cycle − Events stored following COMTRADE standard − Export and view using ABB’s WaveWin32 software or any other COMTRADE compliant software − Records include current, voltage and angle values, and pickup times of the protection elements − Time stamps provide useful record for analyzing in what order events occurred

Change HMI screen with the Graphical Display Editor

Disturbance handling capabilities include signal charts for reviewing faults

Web HMI The web HMI enables the to access the RER620 via a web browser. This method of connecting to the RER620 requires no additional software and can connect locally by connecting a computer to the RER620 via the front communication port or remotely over LAN/WAN. With a menu tree structure similar to the one on the local HMI, the does not need to spend time relearning where every setting is located. With this useful tool, the has a quick means for programming most of the recloser settings. Overview − Local and remote access − access level authentication − On-line Help menu − Runs with Internet Explorer 7.0 or later

Quickly view disturbance records

Features − View alarm LEDs, event lists, and measurements − Monitor signals − Read and disturbance records − Review phasor/tabular diagrams with various representations − Phase currents − Sequence currents − Phase voltages − Sequence voltages − Zoom in phasor/tabular diagrams − Freeze current and voltage measurements to obtain a “snap shot” view during testing − Set parameters − Save event lists − Print settings − All settings can be opened and saved in CSV format

Choose from various phasor diagram options

Make quick parameter setting changes

Descriptive bulletin | GridShield 11

Protection functions The RER620 IED offers the most extensive and adaptive set of protective functions in the industry. High Impedance (HIZ) fault detection High impedance faults have small current magnitudes that are difficult to detect by standard protection. While small fault currents do not pose danger to power equipment, a high impedance fault poses a deadly threat to humans and animals. How has ABB addressed HIZ? − 7 years of dedicated research and extensive field tests to develop best solution − Created HIZ (PHIZ1) function in protection schemes − Utilize ground/earth fault current signatures in HIZ algorithm Embedded In-rush energy detection In situations where distributed generation is first connected to a main network, there is a large current pull from transformers, which will cause a relay to trip the recloser on the line. The traditional solution is to use communication to inform the relay of the situation and prevent the trip. With the RER620, there is no need for communication because of the embedded In-rush energy detection.

Directional protection − Single-phase overcurrent protection [67/51P-1, 67/51P-2; 3I>->(1), 3I>->(2)] − Ground-fault protection [67/51N-1, 67/51N-2; lo>->(1), lo>->(1)] Cold load timers − Cold load timer phase A [62CLD-1, 62CLD-2; TPS(1), TPM(1)] − Cold load timer phase B [63CLD-3, 63CLD-4; TPS(2), TPM(2)] − Cold load timer phase C [63CLD-5, 63CLD-6; TPS(3), TPM(3)] Voltage protection − Three-phase overvoltage [59-1, 59-2, 59-3; 3U>(1), 3U>(2), 3U>(3)] − Three-phase undervoltage [27-1, 27-2, 27-3; 3U<(1), 3U<(2), 3U<(3)] − Positive sequence overvoltage [59PS-1, 59PS-2; U1>(1), U1>(2)] − Negative sequence overvoltage [47-1, 47-2; U2>(1), U2>(2)] − Zero sequence overvoltage [59N-1, 59N-2; Uo>(1), Uo>(2)]

Current protection − Single-Phase overcurrent protection [51P, 50P-1, 50P-2, 50P-3; 3I>(1), 3I>(2), 3I>(3)] − Overcurrent ground-fault protection [51N, 50N-1, 50N-2, 50N-3; lo>(2), lo>(3), lo>>(3), lo>>>(2)] − Sensitive earth-fault protection [50SEF; lo>(3)] − Negative sequence overcurrent protection [46-1, 46-2;I2>(1), I2>(2)] − Phase discontinuity protection [46PD; I2/I1>] − Three-phase inrush detector [INR; 3I2f>]

Frequency protection − Underfrequency, Overfrequency, Frequency rate of change [81-1, 81-2; f,df/dt(1), f,df/dt(2)] − Load shed & restoration [81S-1, 81S-2; UFLS/R(1), UFLS/R(2)]

HIZ effects on gravel

HIZ effects on grass

12 GridShield | Descriptive bulletin

Control − Autoreclosing, 1ph and/or 3ph [79; O->I] − Synchro-check/voltage check [25; SYNC] − Circuit breaker 1 (3 state inputs / 3 control outputs) [52; I<->O CB] − Loop control Supervision monitoring − CB condition monitoring [52CM; CBCM] − Fuse failure supervision [60, FUSE]

RER620 0

Υ or Δ

1

79

V2> 47NS

3U< 27P

52

LCM LCM

V1> 59PS

3U> 59P V0>

Ia, Ib, Ic 4

3I>

51P

3I> 50P-1

3I>> 50P-2

59N

3I>>> 50P-3

SYNC

Recorders − Digital fault recorder (DFR) [DFR] − Sequence of events (SER) [SER] − Fault recorder [FLTMSTA] − Fault locator (FLOC) [FLO] Other functions − High impedance fault detector [HIZ; PHIZ1] − Recloser failure protection [50BFT; 3I>/lo>BF] − Recloser close failure protection [50BFC; SCCBRBCF1] − Directional positive sequence power protection [32P; P>->] − Directional negative/zero sequence power protection [32N; Q>->] − Battery voltage, current, battery test [UPS] − Programmable buttons (16 buttons) [FKEYGGIO1] − Move function block (8 outputs) [MVGAPC1] − Move function block (8 outputs) [MVGAPC2] − Pulse timer (8 timers) [PTGAPC1] − Pulse timer (8 timers) [PTGAPC2] − Generic control points (16 outputs) [SPCGGIO1] − Generic control points (16 ouputs) [SPCGGIO2] − Set reset flip flops (8 outputs) [SRGAPC1] − Set reset flip flops (8 outputs) [SRGAPC2] − Time delay off timers (8 timers) [TOFGAPC1] − Time delay off timers (8 timers) [TOFGAPC2] − Time delay on timers (8 timers) [TONGAPC1] − Time delay on timers (8 timers) [TONGAPC2] − All traditional recloser, ANSI and IEC curves are also available

3I>BF 50BF

I2> I2> 46

3I>-> 67P

P>-> 32P

I0>>> 50N-3

I0>> 50N-2

Υ

Va, Vb, Vc 3

Measurement − Three-phase current [IA, IB, IC; 3I] − Demand metering, Max/Min metering − Sequence current [I1, I2, I0; I1, I2, I0] − Ground current [IG; lo] − Three-phase voltage, source [VA, VB, VC; 3U] − Three-phase voltage, load [VA, VB, VC(2); 3U(B)] − Sequence voltages, source [V1, V2, V0; U1, U2, U0] − Sequence voltages, load [V1, V2, V0(2); U1, U2, U0(B)] − Three and single -phase power and energy [P, E] − Frequency [f] − Power factor [pf]

I0> 50SEF

V1> 59PS

3U< 27P

1 2

PHIZ1 HIZ

I 2/I 1 46PD

3I 2f>

Q>-> 32N

I0> 50N-1

I0>

51N

I0>-> 67N1

V2> 47NS

3U> 59P

25

68

f

V0>

81

59N

UFLS/R2 81S

FUSEF 60

Io selectable by setting, Io calculated as default Under-frequcny and df /dt based load shedding function

3

In the case of ABB GridShield recloser , these are embedded Capacitor Voltage Divider (CVD) with 10,000:1 ratio 4 In the case of ABB GridShield recloser , these are embedded Current Transformer (CT) with 600:1 ratio

RER620 protection diagram

Descriptive bulletin | GridShield 13

Technical data

Nom. operating voltage:

2.4-14.4

24.9

34.5

15.5

27

38

kV

50/60

50/60

50/60

Hz

Rated max. voltage: Rated power frequency: Rated continuous current:

kV

800/1000/1250

800/1000/1250

800/1000/1250

A

Rated symmetrical interrupting current:

12.5/16

12.5/16

12.5/16

kA

Rated lightning impulse withstand (BIL):

110/125

125/150

150/170

kV

Dry withstand 60 Hz 1 Min.:

50

60

70

kV

Wet withstand 60 Hz 10 Sec.:

45

50

60

kV

Phase spacing

15.50 (394)

15.50 (394)

15.50 (394)

inches (mm)

External creep distance, H2-ground:

38.00 (960)

38.00 (960)

50.70 (1288)

inches (mm)

External creep distance, H1-H2:

45.00 (1160)

45.00 (1160)

49.80 (1260)

inches (mm)

9.50 (240)

9.50 (240)

14.40 (367)

inches (mm)

Min. interrupting time:

0.050

0.050

0.050

sec max

Max. closing time:

0.055

0.055

0.055

sec max

High voltage unit weight:

333 (150)

333 (150)

430 (195)

lbs (kg)

Small control cabinet weight:

138 (63)

138 (63)

138 (63)

lbs (kg)

Large control cabinet weight:

182 (83)

182 (83)

182 (83)

lbs (kg)

Min. external strike distance:

Rated standard operating duty: O 0.2s CO 2s CO 5s CO lockout Operating temperature: -40°C to +60°C (-40° F to +140°F) Control voltage: - 120 VAC UPS: 90-140 VAC / 109 - 144 VDC - 240 VAC UPS: 180 - 285 VAC / 220 - 285 VDC Materials: Vacuum interrupter encapsulated in hydrophobic cycloaliphatic epoxy with stainless steel construction Current sensors: One per phase encapsulated into the pole Battery: - 48 VDC, 12 AH battery bank - Sealed lead acid rechargeable battery pack - Monitor locally and remotely - Easy access in low voltage control cabinet - Capable of up to 38 hours of carryover and multiple operations upon loss of power GridShield Testing: ANSI: Meets all applicable recloser standards (Dual logo standard IEC 62271-111/IEEE C37.60 2005-11, IEEE, and IEC) IP54 rated for water and dust intrusion Life Test: 10,000 mechanical operations without degradation

14 GridShield | Descriptive bulletin

Ordering guide

Digit 1) Recloser

S: GridShield Recloser

Ratings 2) Voltage

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17-18

S

1

1

8

1

C

D

E

1

2

E

1

4

4

S

A

00

S: GridShield Recloser

1: 15 kV

1: 15 kV 2: 27 kV 3: 38kV

3) BIL

1: 110 kV

1: 110 kV 2: 125 kV 5: 150 kV 7: 170 kV

4) Continuous

8: 800 A

Current

8: 800 A 1: 1000 A 2: 1250 A

5) Interrupting

1: 12.5 kA

Rating 6) Mounting Frame

1: 12.5 kA 2: 16 kA

C: Pole w/ 6 Arrester brackets & 3 PT C- Channel Mtg Brackets, Assembled

A: Pole w/ 6 Arrester brackets, Assembled B: Pole w/ 6 Arrester brackets, Unassembled C: Pole w/ 6 Arrester brackets & 3 PT CChannel Mtg Brackets, Assembled D: Pole w/ 6 Arrester brackets & 3 PT CChannel Mtg Brackets, Unassembled H: Pole w/ 6 Arrester brackets & Flat PT Mtg Bracket, Assembled R: Pole w/ 6 Arrester brackets & Flat PT Mtg Bracket, Unassembled G: Pole w/ 6 Arrester brackets & 6 PT Mtg Brackets, Hrztl Construction, Galvanized, Assembled I: Pole w/ 6 Arrester brackets & 6 PT Mtg Brackets, Hrztl Construction, Stainless Steel, Assembled K: Pole w/6 Arrester brackets & 6 PT Mtg Brackets, Vertical Construction, Galvanized, Assembled M: Pole w/6 Arrester brackets & 6 PT Mtg Brackets, Vertical Construction, Stainless Steel, Assembled V: Substation Frame, Assembled W: Substation Frame, Unassembled X: Substation Frame w/ 3 PT Mtg Brackets, Assembled Y: Substation Frame w/ 3 PT Mtg Brackets, Unassembled Z: Custom Frame N: None

Descriptive bulletin | GridShield 15

Digit 7) 24-pin Control

D: 40 feet [12 m]

Cable

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17-18

S

1

1

8

1

C

D

E

1

2

E

1

4

4

S

A

00

A: 10 feet [3 m] B: 20 feet [6 m] C: 30 feet [9 m] D: 40 feet [12 m] E: 50 feet [15.24 m] F: 60 feet [18.29 m] Z: Customized (Max. length 200 ft) N: None

E: (1) 2 pin connector

A: (1) 2 pin connector with 20 ft cable

for Control

with 45 ft cable and

B: (1) 2 pin connector with 45 ft cable

Power and PT

(1) 5 pin connector

C: (1) 5 pin connector with 45 ft cable & 3 internal

Input

with 45 ft cable & 3

voltage inputs directly into relay

8) Cable Options

internal voltage inputs directly into relay

D: (2) 5 pin connector with 45 ft cable & 3 internal voltage inputs directly into relay E: (1) 2 pin connector with 45 ft cable and (1) 5 pin connector with 45 ft cable & 3 internal voltage inputs directly into relay Z: Custom cable option N: None

9) Control Power Supply 1

10) Binary I/O

11) Control & Faceplate

1: UPS (Input

1. UPS (90-140 VAC) with 120 VAC heater

Voltage:100V-200V)

2. UPS (90-140 VAC) with 240 VAC heater (aux power

DC/AC with 120VAC

needed for heater)

Heater

3. UPS (180-285 VAC) with 240 VAC heater

2: 12 BI (Binary Input)

1: 4 BI (Binary Input) + 6 BO (Binary Output)

+ 10 BO (Binary

2: 12 BI (Binary Input) + 10 BO (Binary Output)

Output)

3: 20 BI (Binary Input) + 14 BO (Binary Output)

E: ANSI Standard RER620

Options

E: ANSI Standard RER620 F: ANSI Standard RER620 with Single Phase Tripping G: ANSI Standard RER620 with Single Phase Tripping + PG&E 2179 D: IEC Standard RER620 (comes with IEC Indicating Cup) C: IEC Standard RER620 with Single Phase Tripipng (comes with IEC Indicating Cup)

12) Language

1: English

1: English 2: English and Spanish

13) Communica-

4: Three ports:

1: Ethernet RJ-45 only (COMB01A)

tion Ports and

Ethernet 10/100BaseT

2: Ethernet 100FX fiber optic with LC connector (COMB02A)

Protocol2

(RJ45) + configura-

3: Ethernet RJ-45 + RS485/IRIG-B (COMB11A)

ble RS232/RS485 +

4: Ethernet RJ-45 + RS485/IRIG-B + RS232 + serial fiber optic with ST

[RS485 or serial glass

connector (COMB23A)

fiber (ST) ] 14) Bushing Ter-

4: NEMA 4-Hole Pad

minal Connectors

S: Stud terminal 2: NEMA 2-Hole Pad 4: NEMA 4-Hole Pad C: Clamp

15) LV Cabinet

S: Small

Option

S: Small - Low profile cabinet L : Large - Standard cabinet

16) Standard

A: 69 Switch Close

A: 69 Switch Close Block function from yellow handle

Dynamic

Block function from

N: No accessories required

Accessories

yellow handle

16 GridShield | Descriptive bulletin

Digit 17-18) Dynamic

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17-18

S

1

1

8

1

C

D

E

1

2

E

1

4

4

S

A

00

00

Accessories-

Radio Package

Specific to unit

(1) PT mounted and wired on recloser frame

will change last

(3) PT mounted and wired on recloser frame

two digits of

(6) PT mounted and wired on recloser frame

style number

3

PT animal guard with push pins (set of 3) Animal Guard (Straight) (set of 3) Animal Guard (L-shaped) (set of 3) (1) 7200/12470 GY VOG-11 PT (Style Number: E-7525A95G01) (1) 7620/13200 GY VOG-11 PT (Style Number: E-7525A95G02) (1) 8400/14560 GY VOG-11 PT (Style Number: E-7525A95G03) (1) 14400/24940 GY VOG-12 PT (Style Number: E7525A97G02) (1) 11547/200000 GY VOG-12 PT (Style Number: E-7525A97G04) (1) 20125/34500 GY VOY-20G PT (Style Number: E-75265A55G01) Cable Animal Guard with straight pins 10 feet Armored on the control cable (this armor will be on the control cable for the first 10 feet after LV cabinet) Ground Connector IEC Cups (set of 3) Transfer switch to transfer control power from primary to secondary source (PTs must be available on line and load side ) (1) Potential test switch & (1) Current test switch (available only in large Cabinet) (1) FT test switch 6 current 4 potential 38 kV Animal Guard (Straight) (set of 3) Custom option

1. A separate power source, 120/240VAC, is needed for the heater if input voltage is DC. If other power supply required, please ABB sales representative. 2. SNTP is available for time-sync with all Ethernet options. IRIG-B is available for time-sync with all RS-485 options. 3. 00 for Standard - Style numbering will change for specials & dynamic accessories. Note: When selecting ANSI faceplating, IEC61850, DNP3.0 Level 2 and Modbus communication protocols are automatically selected for the RER620. An IEC faceplate selection will result in a selection for IEC61850 IEC101 and IEC104 communication protocols for the RER620.

Descriptive bulletin | GridShield 17

Accessories

Recloser simulator assembly Test relay schemes or your protection settings with an ABB Recloser Simulator Card without having the high voltage unit connected to it. This is ideal for protection engineers to the relay performance at their convenience. − Easy, cost effective method for testing relay schemes and the operational health of an RER620, without operating the recloser − Simulate fault conditions – inject secondary currents up to 1 A (to simulate primary currents up to 600 A) − Software can collect oscillographic records of fault simulations − Comes with wiring harness and power adapter for RER620 − Compatible with PCM600 software

Flexitest switch − Perform secondary current and voltage injection directly into the RER620 (ABB FT-1 option allows easy access for testing using secondary current injection and voltage with virtually any type of test equipment) − Use the FT-1 to test the health of the recloser PTs and CTs − No need to disconnect the 24 pin cable or phoenix plugs − Use the FT-1 to test the GridShield s and programmable I/O Transfer switch Quickly transfer control power between the load and source sides of a GridShield recloser. Potential transformers (PTs) must be connected on both the load and source sides of a GridShield recloser.

1 Recloser simulator card (separate harness included in kit) | 2 Flexitest switch | 3 Transfer switch

1

18 GridShield | Descriptive bulletin

2

3

Animal guards GridShield animal guards provide easy-to-install protection that reduces on animal related interruptions. Bushing terminal accessories All GridShield reclosers come standard with a 1-inch (25.4 mm) diameter stud (12 threads) on all source and load terminals.

Bushing Terminal Options NEMA Connectors

Clamp Connector

2-Hole Pad

4-Hole Pad

#6-800 MCM (kcmil)

Part # 12A00199H02

Part # 12A00198H02

Part # 12A00897H01

6 included

6 included

6 included

1 Straight bushing guard for 15 kV - 27 kV applications | 2 Straight bushing guard for 38 kV applications | | 3 L-shape bushing guard 15 kV - 27 kV applications | 4 Cable guard for 15 kV - 38 kV applications (36” long – 1” dia.) | 5 Standard terminal | 6 NEMA connector 2-hole pad | 7 NEMA connector 4-hole pad | 8 Clamp connector 1

2

3

4

5

6

7

8

Descriptive bulletin | GridShield 19

Additional ABB devices Designed for improved reliability and feeder performance

Single phase by- switch − Provides a means for bying and disconnecting reclosers or voltage regulators, allowing maintenance on equipment without service interruption − Porcelain or silicone insulators − Mounting configurations: vertical, underhung, pole mount, or crossarm − Available ratings: − 15-38 kV − 600/900 A − 40 kA Momentary rating − 110-150 kV BIL

COM600 The station automation device of ABB, COM600 is an all-inone communication gateway, providing connectivity between substation IEDs and network-level control and management systems. Additionally it is capable of automatic fault isolation and restoration. The COM600 adds distributed intelligence to the feeders, and it is ideal for automation of rural lines or whenever the has SCADA IDMS limitations. It is a total configurable solution capable of providing all logic for fault detection isolation and restoration.

AutoLink single-phase electronic sectionalizer − Works as sectionalizer in conjunction with an upstream recloser or circuit breaker − Prevents unnecessary supply outages − Reduces replacement of fuses − Both actuating current and count can be reset as many times as needed, making it unmatched in the industry − Detects inrush current − Compatible with ABB, S&C and AB Chance interchangeable cutout bodies − Ideal for lateral feeders

1 Single-phase by- switch | 2 AutoLink single-phase electronic sectionalizer | 3 COM600 1

20 GridShield | Descriptive bulletin

2

3

Service &

Recloser customer − Free 24/7 technical line 1-800-929-7947 ext. 5 or outside the U.S. +1 407-732-2000 ext. 2510, e-mail [email protected] − Feeder Automation s website featuring news, FAQs, discussion board, technical information, product brochures, software s, information, instruction manuals, programming shortcuts, drawings: www.abb.com/fa-s − Standard three year warranty

Day 1 topics − Introduction − GridShield with RER620 relay overview − GridShield high voltage (HV) unit overview, troubleshooting & maintenance − GridShield control cabinet overview, troubleshooting & maintenance, and introduction to RER620 relay − Introduction to the WebHMI interface − Introduction to Protection and Control IED Manager, PCM600 tool

Training Factory based training: three-day training designed for participants to become proficient application, installation, operation, maintenance, testing, and commissioning of RER620 relays and GridShield reclosers

Day 2 topics − Using the Graphical Display Editor, Parameter Setting Tool, and Application Configuration Tool − Setting the auto-recloser sequence for different applications

Advanced training The advanced 3 day training is available upon request. It introduces IEC61850 architecture and IEC61850 communications. The participant learns the IET600 tool and how to configure peer-to-peer IEC61850 GOOSE communications.

Day 3 topics − DNP3 and Configuration Management tool for point remapping − DNP3 objects, classes, events, deadbands and variation explained

Descriptive bulletin | GridShield 21

Notes

22 GridShield | Descriptive bulletin

Notes

Descriptive bulletin | GridShield 23

ABB Inc. 655 Century Point Lake Mary, FL 32746 Phone: +1 407 732 2000 Customer service: +1 800 929 7947 ext. 5 +1 407 732 2000 ext. 2510 E-Mail: [email protected]

For more information about our Feeder Automation products, news, s, and Feeder Automation s Group website registration, please : [email protected]. All sales are subject to ABB Inc. General and Conditions of Sale. While every effort has been made to assure accuracy, the information in this document is subject to change without

www.abb.com/mediumvoltage

notice. © Copyright 2011, 2012 ABB Inc. All rights reserved.

1VAL245401-DB Rev C February 2012

us