Emerson ROC827 Power Input modules, Public Switched Telephone Networks, Removing, Setup, Start

ROC827 Instruction Manual

Low Modes	1-13
Operating	1-13
Requirements	3-8
Sleep Mode	1-14
Standby Mode	1-13
Wiring	3-21
Power Input module	3-1
12 V dc	3-1
24 V dc	3-3
Installing	3-21
Removing	3-20
Power Input modules
Specifications	3-26
Processor and Memory	1-6
Proportional, Integral, and Derivative (PID)
See PID Control	1-14
Public Switched Telephone Networks
PSTNs	5-12
Pulse Inputs	4-12
+12 and +24 V dc	4-13
J4 Jumper	4-13
LEDs	4-13
Troubleshooting	6-9
R
Real-Time Clock	1-6
Removing
Auxiliary Output Fuse	3-5
Communications module	5-4
I/O modules	4-5
Power Input module	3-20
Removing an EXP	2-12
Report-By-Exception (RBX)	1-16
RESET	2-15
Resistance Temperature Detector
See RTD Inputs	4-14
Restarting the ROC827	6-4
ROC827	1-2
ROCLINK 800 Configuration Software	1-15
RTD Inputs	4-14
Troubleshooting	6-9
Wiring	4-15
S
Security	1-10, 5-5
Serial Communications
EIA-232 (RS-232)	5-9
EIA-422/485 (RS-422/485)	5-10
Setup
I/O Modules	4-3
Site	2-2
Sleep Mode	1-14
Software Watchdog	1-13
Specifications
Communications modules	5-20
I/O modules	4-21
Power Input modules	3-26

Spontaneous-Report-By-Exception (SRBX)			1-16
SRBX/RBX Alarming			1-16
Standby Mode			1-13
Start	...................................................................		2-19
Stations			1-12
STATUS LED			2-15
Storage
Battery			3-20
Switched Auxiliary Output			3-6
System Analog Inputs			1-7
T
Tables
1-1. System Analog Inputs			1-7
1-2. 16-point vs. 8-point addressing			1-11
2-1. CPU Connector Locations			2-15
2-2. STATUS LED Functions			2-15
3-	1.	12 V dc Power Input Terminal Block
Connections			3-3
3-	2.	12 V dc Power Input LED Fault Indicators3-3
3-	3.	24 V dc Power Input Terminal Block
Connections			3-4
3-	4.	24 V dc Power Input LED Indicators	3-4
3-	5.	Estimated Power Consumption	3-10
3-	6.	Power Consumption, Analog Input module3-
12
3-	7.	Power Consumption, Analog Output module
.....................................................................			3-13
3-	8.	Power Consumption, Discrete Input module
3-	9.	Power Consumption, Discrete Output	3-14
module			3-15
3-10. Power Consumption, Discrete Output Relay
module			3-16
3-11. Power Consumption, Pulse Input module 3-
17
3-12. Power Consumption, MVS module			3-18
3-13. Power Consumption, RTD module			3-19
3-14. Power Consumption, Thermocouple module
.....................................................................			3-19
3-15. Power Consumption, HART module ....			3-19
3-16. Power Consumption, Other Devices ....			3-20
3-17. Replacement Battery Types			3-25
3-18. Power Input Module Specification Sheets3-
26
4-1. RTD Signal Routing			4-15
4-2. RTD Wiring			4-16
4-3. I/O Module Specification Sheets			4-21
5-	1.	Built-in Communications and Optional
Communications Modules			5-1
5-	2.	Communication LED Indicator Defintions5-2
5-	3.	Built-in LOI EIA-232 Signal Routing	5-6
5-	4.	RJ-45 to EIA-232 (RS-232) Null-modem
Cable Signal Routing			5-6
5-	5.	Using Cable Warehouse 0378-2 D-Sub to
Modular Converter 9-Pin to RJ-45 Black			5-6
5-	6.	Ethernet Signal LEDs	5-8

Issued Mar-06 Index I-4