ABB 216NG63A HESG441635R1 HESG216877K UNIT

The digitised measured variables derived from the primary system quantities are continuously compared by the processing unit 216VC62a with the pick-up settings of the protection functions. If a protection function picks up, the corresponding signal or tripping command is transmitted via the B448C bus to the 216AB61 O/P unit resp. to the 216DB61 I/O unit. The allocation of the signals and tripping commands at the O/P’s of the protection functions to the various channels of the 216AB61 output unit or of the 216DB61 I/P signal and tripping unit is also determined by the software installed in the 216VC62a processor unit. The output signals from the 216AB61 unit (signalling channels) and 216DB61 unit (trip channels) control the auxiliary relays K1...K16 of the 216GA61 O/P relay unit or 216GA62 tripping relay unit. The auxiliary relays' contacts are potentially-free and wired to terminals for connection to external signalling and tripping circuits. The external input signals connected to the protection energise the auxiliary relays K1...K16 in the 216GE61 I/P relay unit. The potentially-free contacts of K1...K16 transmit the external signals to the 216DB61 unit and thence to the B448C bus. By appropriate configuration of the software in the 216VC62a processing unit, external signals can be assigned to the various protection functions, e.g. for logical combination (interlocking and blocking) with trip signals or for exciting the tripping channels 1...8. Tripping circuits 1...8 can be directly energised by all or just some of the I/P channels 1...10 (K1...K10) of 216GE61 via the diode matrix (tripping logic) of 216GA62 (see Section 2.6.). Provision is also made for some of the channels 9...16 (K9...K16) of 216GE61 to be used for supervising the external tripping circuits 1...8 instead of for the connection of external inputs. This is an option, which must be specified in the order to enable the corresponding wiring to be included when engineering the protection.

Tension sensing PFCL, PFEA, PFTL series

Bailey INFI9, IMDSI02 IMMFP03 IPSYS01

Panel 800 Touch screen PP846 PP836 PP865A

AC 800PEC inverter cabinet controller

red/green LED for battery status

Woodward 5463-190

GJR5253000R0160 ABB

OVATION IC31197G01

2711-T10C15 2711-T10C15

8440-1706B 

Analog output

• Allen-Bradley DF1 interface, CI534V4, 2 ch. Up to 5

• Telecontrol & SPA bus, CI535Vxx 13 Up to 5

Voltage regulator, SR511 (Tot. 2) 1

Battery charger, SB510 Up to 2

Cabinets 3, 8,11

RM500V1, IP21, IP41 or IP54: WxDxH 800x512x2125 mm,

(31.5"x20.2"x83.7")

RM500V2, IP21, IP41 or IP54: WxDxH 700x637x2225 mm,

(27.6"x25.1"x87.6")

power module

• V.24/RS232 interface, CI531, 2 ch. 5, 14 Up to 4

• MasterBus 300/300E interface

- Without slave CPU, CS513A/SC510 Up to 2

TCP/IP  CI546/SC510

- With slave CPU, CS513A/SC520 6,7 Up to 6

• GCOM interface, CI543/SC510 10 Up to 5

ABB 216NG63A HESG441635R1 HESG216877K UNIT