CHINO KE310

Product Name
CHINO KE310 industrial temperature controller or digital indicating regulator, depending on nameplate configuration.
Product Overview
CHINO KE310 is applied in process temperature control systems where thermocouple, RTD or DC signal inputs require conversion, indication, PID regulation and alarm output. The unit performs measurement, setpoint comparison, control output and data communication for electric furnaces, ovens, plating baths, reactors and laboratory thermal processes.
Category:
Description
Technical Specifications
  • Input types: thermocouple K, J, R, S, E, T, N; RTD Pt100; DC voltage 0 to 10 V; DC current 0 to 20 mA or 4 to 20 mA, according to input module and model suffix
  • Display: digital PV and SV indication with 0.1 degree resolution where configured
  • Control mode: PID control with auto-tuning, optional position-proportional or time-proportional output
  • Control cycle: approximately 0.1 second sampling where high-speed regulating firmware is installed
  • Accuracy: reference CHINO digital regulator class with thermocouple or RTD input accuracy stated on the individual nameplate
  • Output options: relay contact, voltage pulse for SSR, 4 to 20 mA control output, or communication output
  • Alarm outputs: configurable high, low, deviation and sensor-break alarms according to output card
  • Communication: RS-485 or Ethernet option on communication-equipped versions
  • Power supply: 100 to 240 VAC or 24 VDC according to model suffix
  • Operating temperature: 0 to 50 degrees Celsius for panel instruments unless extended-range version is specified
  • Mounting: DIN panel cutout
Functional Features
Multi-range input selection, PV/SV dual display, PID auto-tuning, manual or automatic mode, alarm logic, retransmission output, event input, timer or program control where fitted, and network monitoring through supported communication protocol.
Application Scenarios
Electric furnaces, heat-treatment furnaces, semiconductor diffusion and curing equipment, plastic extruders, food processing ovens, pharmaceutical reactors, plating tanks, laboratory incubators and industrial kilns.
Performance Parameters
Measured temperature or process value is compared with setpoint. PID algorithm calculates output duty to maintain stable temperature. Control output responds according to control period, proportional band, integral time and derivative time. Alarm contacts activate when process value exceeds configured limits.
Material Composition
Front bezel in flame-retardant engineering plastic or aluminum alloy, LCD or LED display window, printed circuit board with surface-mount components, relay or solid-state output devices, tinned or plated terminal blocks, steel mounting clamp.
Structural Characteristics
Panel-mount enclosure with display window, setting keys, input terminal block, output terminal block, optional communication port, alarm relays and DIN standard cutout frame.
Working Principle
The sensor signal enters the input circuit and is linearized according to thermocouple, RTD or DC range. The microprocessor converts the signal to engineering units, compares process value with setpoint, executes PID calculation and drives the output stage. Relay or SSR output switches heating power; current output controls proportional actuators; communication output transmits process data to supervisory systems.
Installation Requirements
Cut the panel opening to the KE310 dimensional drawing. Use compensated cable for thermocouple input and three-wire connection for Pt100. Separate signal cables from power and load cables. Connect proper power supply according to nameplate. Ground the instrument through the designated ground terminal. Verify sensor type before applying power.
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