Description

Barber Colman 7EM 1/8th DIN

Eurotherm by Schneider Electric Controller

7EM Datasheet (PDF)

 

7EM431103000, 7EM431105000, 7EM431113000, 7EM431115000, 7EM431123000 OBSOLETE

---

REPLACED by EUROTHERM 3208

 

	Logic Heating		Relay Heating
7EM-43110-300-0-00	3208/CC/VH/LRR/X/XX/ENG		3208/CC/VH/RRR/X/XX/ENG
7EM-43111-300-0-00	3208/CC/VH/LRR/X/XX/ENG		3208/CC/VH/RRR/X/XX/ENG
7EM-43112-300-0-00	3208/CC/VH/LRR/R/XX/ENG		3208/CC/VH/RRR/R/XX/ENG
7EM-43110-500-0-00	3208/CC/VL/LRR/X/XX/ENG		3208/CC/VL/RRR/X/XX/ENG
7EM-43111-500-0-00	3208/CC/VL/LRR/X/XX/ENG		3208/CC/VL/RRR/X/XX/ENG
7EM-43112-500-0-00	3208/CC/VL/LRR/R/XX/ENG		3208/CC/VL/RRR/R/XX/ENG

 

CALL High Tech Systems at

(800)-852-8324 for Verification!!

Let us know what your outputs are controlling, Thanks!!

---

Option	Values	Value Descriptions
Model Options	7EM	1/8th DIN Controller
Standard INPUT	4	Universal Input TC, RTD, mV
Control Action	3	SMART or PID Control
Output 1	1	Heating SPDT or SSR Output
Output 2	1	Cooling/Alarm SPDT or SSR Output
Output 3	0 1 2	None Alarm 2 Alarm 2 with Heater Break
Power Supply	3 5	100/240VDC 24VDC/VAC
Reserved	000	Standard Eurotherm Label

 

 

 

 

 

 

Features:

• 24 Vac/Vdc Supply
• Heater Breakdown Input
• Two Temperature Alarms
• Heater Breakdown Alarm and Load Current Display in Engineering Units

 

The Barber-Colman Series 7 establishes a new class of microprocessor based temperature controllers.

As part of the Series 7 family, the Barber Colman 7EM offers outstanding performance features in a cost effective package. Designed specifically for equipment manufacturers who demand tight process control, the 7EM has a variety of standard features commonly found as options on our competitors controllers. NEMA 4X faceplates allow these units to be used in severe conditions. The 3 digit display offers complete coverage for extrusion and environmental chamber applications without excess cost for unused digits.

The Barber Colman 7EM is easy to configure and use. Even operators without skills in temperature process control or knowledge of PID control parameters can obtain perfect control.

 

For best results in control stability, simply:
• wire the instrument
• configure the setpoint and alarm thresholds
• initiate the autotune function