MASTER
TRACE
3.9
Chapter 3 Product Description
3.3.7 MS-5ADXH0 Control Module
Temperature Input
Range:
-50°C to +500°C
Accuracy:
±2°C
Repeatability:
±1°C
Sensor:
Ten 100 ohm, Platinum, 3-wire RTD;
two per point
20 ohm maximum lead resistance
Current Input
Range:
0.1A to 100A
Accuracy:
3%±0.2A
Sensor:
Five current transformers; one per point
GF Input
Range:
10mA to 1000mA
Accuracy:
5%±2mA
Sensor:
Five current transformers; one per point
Maximum Trip Time:
14.1 seconds
Heater Switching
No. of SSR Outputs:
Five
SSR Output Rating:
12Vdc@15mA max output for driving
external solid-state relays
600Vac@100A max.
GF CT will allow two conductors of O.D.
0.35” max.
Heater Configuration:
Single Phase
Control Power
Power Requirements:
15VA @ 120Vac, 50 or 60Hz
Communications
Communication Ports:
(1) Parallel Local Interface connection
(2) Serial network connections
Serial Communications
Type:
RS485
Protocol:
Modbus® RTU.
Transmission Rate:
600, 1200, 2400, 4800, 9600 baud.
Interconnect:
2-wire, shielded, twisted pair.
Highway Distance:
4,000 feet without repeater.
Modules per Highway:
(1) Interface and (30) Control Modules.
Measured Values
Temperature:
-50 to 500°C (-58 to 932°F)
Minimum Temperature:
-50 to 500°C (-58 to 932°F)
Maximum Temperature: -50 to 500°C (-58 to 932°F)
Heater Current:
0.1 to 100A
Heater Percent Power:
0 to 100%
Ground Fault Current:
0.01 to 1.0A
Heater Utilization:
0 to 100%
Power Consumption:
0 to 1,000 MWh
Operating Cost:
0 to $1,000,000.00
Environment
Approval:
CSA NRTL/C
Class1, Div.II, Groups A,B,C,D
Class1 Zone 2, Group IIC
Operating Range:
-40°C to +60°C
Conformal Coating:
Boards conformal coated for hostile
environments
Alarm
Alarm Output:
Programmable for NO or NC contacts
One DC opto-isolated contact
One dry mechanical contact
Alarm Output Rating:
Hazardous Areas:
DC contact: 30Vdc/0.1A, 500mW max
Dry mech contact: 30Vdc/10mA max
250Vac/0.5A max
(not subject to a corrosive environment)
Ordinary Areas:
DC contact: 30Vdc/0.1A, 500mW max
Dry mech contact: 120Vac/1.0A max
30Vdc/0.1A max
Alarm Light Output:
LED Indicator: 12Vdc/30mA
Alarm Messages
Temperature:
High Temperature Alarm
Low Temperature Alarm
Current:
High Current Alarm
Low Current Alarm
High Current Trip
Ground Fault Current:
Ground Fault Current Alarm
Ground Fault Current Trip
Hardware:
Self-Check Failure
Switch Shorted
RTD Open
RTD Shorted
User-Settable Options
Heater Status:
Enable or Disable
Heater Name or Tag:
16 Character Alphanumeric
Temperature Units:
°C or °F
Control Strategy:
On-Off or Proportional
Deadband:
0 to 50C° (0-90F°)
StaggerStart:
On or Off
PowerLimit:
0.5 to 100A
Temperature Setpoint:
0 to 500°C (32 to 932°F)
High Temp Alarm:
0 to 500°C (32 to 932°F)
Low Temp Alarm:
-50 to 500°C (-58 to 932°F)
High Current Alarm:
0.5 to 100A
Low Current Alarm:
0.5 to 100A
High Current Trip:
0.5 to 100A
Ground Fault Alarm:
0.01 to 1.0A
Ground Fault Trip:
0.01 to 1.0A
TraceCheck Interval:
1 to 24 hr.
RTD Control Strategy:
Single, Backup, Highest, Lowest,
Average or High Temperature Cutout
RTD Fail-safe:
Heater On or Heater Off
Master Override Input:
On or Off
Alarm Contacts:
NO or NC for each contact
Alarm Light:
Alarm on, Alarm off, Flash during alarm
then on, Flash during alarm then off
GF Test:
1 to 24hrs, test now
Specifications subject to change without notice.
Summary of Contents for MASTERTRACE
Page 1: ...MASTERTRACE TM OPERATOR S MANUAL HEAT TRACING CONTROL ...
Page 54: ...MASTERTRACE Chapter 7 Networking Modules 7 2 Figure 7 1 MASTERTRACE System Network ...
Page 87: ...D 2 MASTERTRACE Appendix D Typical Wiring Diagrams MS 2DXH0 MS 2DIN2 MS 5ADXH0 ...
Page 88: ...MASTERTRACE D 3 Appendix D Typical Wiring Diagrams MS 5ADIN2 MS 5ATXH0 ...
Page 89: ...D 4 MASTERTRACE Appendix D Typical Wiring Diagrams MS 10ADIN2 MS 10ADXH0 ...
Page 90: ...MASTERTRACE D 5 Appendix D Typical Wiring Diagrams MS 10ADIN2X MS 10ADIN2T ...
Page 91: ...D 6 MASTERTRACE Appendix D Typical Wiring Diagrams Driving Contactors Serial Communication 1 ...
Page 92: ...MASTERTRACE D 7 Appendix D Typical Wiring Diagrams Serial Communication 2 ...
