ABB 216VC62a HESG324442R13E HESG324442R112F UNIT

All the available protection and logic functions described in Section

3 are stored as a software module library in the 216VC62a

processing unit. All the user settings for the activated functions

and the configuration of the protection, i.e. assignment of I/P and

O/P signals (channels) to the protection functions, are also

stored in this unit. The software is downloaded using the operator

program.

The protection functions and their associated settings necessary

for a particular plant are selected and stored with the aid of the

portable user interface (PC). Every activated function requires a

certain percentage of the total available computing capacity of

the processing unit (see Section 3).

The processing unit 216VC62a has a computing capacity of

425%.

The 216VC62a is used both as a processor and as an interface

to the interbay bus (IBB) in the substation monitoring system

(SMS) and the substation automation system. The available

communication protocols are:

SPA BUS

LON BUS

MCB interbay bus

MVB process bus.

The SPA BUS interface is always available. The LON and MVB

protocols are transferred by PC cards.

The supply to the memory in the 216VC62a is maintained in the

event of an interruption by a gold condenser so that the event list

and disturbance recorder data remain intact. The disturbance

recorder data can be read via either the interface on the front of

the 216VC62a or the object bus. The data can be evaluated

using the “EVECOM” evaluation program. The internal clock of

the RE. 216 can be synchronised via the object bus interface of

SMS/SCS systems or by a radio clock.

I/P signals (channels) from the B448C bus:

digitised measured variables: primary system currents and

voltages

logic signals: external I/P signals

24 V auxiliary supply and data exchange with the B448C bus.

O/P signals (channels) to the B448C bus:

signal O/P’s from the protection and logic functions selected

tripping O/P’s from the protection and logic functions selected

data exchange with the B448C bus.

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

SCHNEIDER AS-B883-201

SCHNEISER 140DAI54300

3500/53 

1FK6042-6AF71-1EA0

PL6-AGC2 PL6-AGC2

6ES7133-0BN11-0XB0

SIEMENS6ES7417-4HL04-0AB0

ABB HESG447270R1 70BK03C-E"

"SIEMENS6SE7027-2TD61

140CPU43412U 140CPU43412U

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 216VC62a HESG324442R13E HESG324442R112F UNIT