SIMATIC DP
INTERFACE MODULE IM151-1
STANDARD FOR ET200S
TRANSMISS. RATE UP TO 12MBIT/S
DATA VOLUME 128BYTE FOR
EACH INPUT ANDOUTPUT
MAX. OF 63 POWER,ELECTR
OR MOTOR STARTER MODULESCONNECTABLE
BUS INTERFACING VIA 9-WAY SUB-D CONN
INCL.TERMINATING MODULE
SIMATIC S7
digital output SM 326
F-DO10x 24 V DC/2A PP
fail-safe digitaloutput for SIMATIC S7F systems
with diagnostic alarm, LVV
up to Category 4(EN 954-1)
SIL3 (IEC61508)/PLE (ISO13849)
1x 40-pole
SIMATIC DP
5 electronic modules ET 200S
2 DQ relay (changeover contact)
24 V-48 V DC/5 A
24 V-230 V AC/5 A
15 mm width
Substitute value output
5 units per packing unit
SIMATIC DP
ELECTRONIC MODULE
FOR ET 200S, 2 AI STAND
I-2DMU 15 MM WIDE
4 .. 20MA; 13 BIT FOR
2-WIRETRANSDUCER CYCLE
TIME 65 MS/CHANNEL
WITH LED SF(GROUP FAULT)
SIMATIC DP
Connection ET 200M
IM 153-4 PN IO High Feature for max
12 S7-300 modules
supports fail-safe module
HART modules
shared device
MediumRedundancy Protocol
Accessory Type:PLC I/O Module
Range:SIMATIC
Series:6AG1
Output Type:Digital
Number of Outputs:4
For Use With:SIMATIC ET 200S Series
Supply Voltage:24 V
Output Current:2 A
SIMATIC DP
5 universal terminal modules
TM-E15C26-A1 for ET 200S
for electronic modules 15 mm width
Spring-type terminals
2x6 terminal connections
with terminal access to AUX1
SIMATIC DP
Interface module
IM151-1 High Feature f. ET200S
Transmission rate to 12 Mbit/s
data volume 244 bytes each for I/O max. 63
modules can be connected
isochronous mode
Bus connection via 9-pin D-sub incl
termination module
SIMATIC DP
ELECTRONIC MODULE FOR ET 200S
2 AI STAND.I-4DMU 15 MM WIDE
+/-20MA; 13 BIT + SIGN,4 .. 20MA
12 BITFOR 4-WIRE TRANSDUCER CYCLE
TIME 65 MS/CHANNEL
WITHLED SF (GROUP FAULT)
SIMATIC DP
Terminal module
TM-P15C23-A0 for ET 200S for power modules
15 mm width, spring-type terminals (Cage Clamp)
2x3 terminal connections
with terminal access to AUX1
AUX1 interrupted
SIMATIC DP
Electronics module
2 AI I High Feature for ET 200S
15 mm width
Cycle time per module: 0.5 ms, +/-20mA
15 bit+sign, 4.. 20mA
15 bit, Operationallimit
+/-0.1% with SF LED