KPN Series Bar Graph Temperature Controllers

The KPN series high performance digital process controllers offer high-speed sampling speed of 50 ms and high display accuracy of ±0.3%. The large, high luminance LED dual display provides clear PV and SV readings with bar graph display of control output value (MV). The series also feature high performance control with independent heating/cooling control and automatic/manual control functions.

Main Feature

  • High speed sampling of 50ms and ±0.3% display accuracy
  • Enable to check control output operation amount by adopting bar graph
  • Simultaneous heating/cooling control and automatic/manual control for high performance control
  • Selection function of current output or SSR drive output
  • Parameter setting available via PC (USB and RS485 communication)
    – Free device comprehensive management program (DAQMaster)
    Communication converter sold separately: SCM-US(USB/Serial converter), SCM-38I(RS232C/RS485 converter) SCM-US48I(USB/RS485 converter)
  • Multi-SV (max. 4) function (select via digital input terminal)
  • Heater break alarm
    CT sold separately: CSTC-E80LN, CSTC-E200LN, CSTS-E80PP
  • Small size (rear length: 60mm)
  • Multi input/multi range
bar-graph

Bar Graph

high-speed-sampling

High Speed Sampling

simultaneous-heating-cooling-control

Simultaneous Heating & Cooling Control

output-selection

Output Selection

ssrp

Standard/Phase/Cycle Control

rs485

RS485 Communication (Modbus RTU)

daq-master

Dedicated Software

set-parameters-w-Pc

Set Parameters with PC

Bar Graph Type Indicator

Users can easily check the control output value with the LED bar graph type indicator.

50 ms High-Speed Sampling Cycle

50 ms high-speed sampling rate allows accurate temperature control in applications requiring fast response speeds.

Simultaneous Heating/Cooling Control

The controllers can simultaneously control heating and cooling elements, providing efficient temperature control.

Switch Between Current Output and SSR Drive Output

Users can select between current output and SSR drive output through parameter configuration depending on the required application.