RKC Instrument Announces a Modular Dual Loop Din Rail Controller with System Flexibility | Automation.com

RKC Instrument Announces a Modular Dual Loop Din Rail Controller with System Flexibility

RKC Instrument Announces a Modular Dual Loop Din Rail Controller with System Flexibility
SOUTH BEND, IN - RKC Instrument announces the release of the SRV dual loop modular type controller. It may be used alone as a dual loop controller or can be connected to build a system with up to 62 loops of control. Available as Heat only or Heat/Cool, the SRV was designed with numerous performance enhancements from the previous generation. This autotuning Brilliant PID controller features both air/water based cooling algorithms for precise control. A new technology power supply and control circuits reduces heat generation inside the control panel. The power consumption can as low as one watt per PID control loop.

The SRV mounts to a DIN rail or can be screw mounted. The dual control modules snap away from the modular base to allow access to the field changeable output modules. The output modules can be replaced without rewiring the SRV.

Side mating connectors for communications and power supply enable modules to be linked together easily and compactly. This side mating connector allows the user to spread his I/O across the machine to minimize the machine wiring. This modular design allows the user to purchase only the back plane size required. A maximum of 32 modules can be joined to control 62 loops.

Additional features include 2 alarms, which may include heater break or loop break, RS-485 communications, 2 event outputs and one event input.

The SRV is suitable for both end-users and the OEM market where reduced panel size and heat generation are concerns. These include plastics, semiconductor, test stands, environmental chambers, plastics, packaging, and other heat-related processes.

For further information please contact RKC Instrument, 4245 Meghan Beeler Court, Suite 2, South Bend, IN 46628. Phone: 574-273-6099, FAX: 574-247-9657, email: [email protected], or www.rkcinst.com.
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