Temperature controllers electronic
Codix 564
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Temperature controller – Monitors and controls 2 limits.
The temperature controller Codix 564 displays temperature values in high resolution. In addition it can monitor and control 2 limit values. All current temperature sensors, such as thermocouple types B, E, J, K, N, R, S and T, as well as mV inputs, Pt100 and resistance inputs, can be connected to the device. These fast displays set new standards when it comes to user friendliness. Their easy-to-read 14-segment LED display, easy-to-understand running help texts and a practical quick-start guide eliminate the need to wade through time-consuming full instruction manuals. With optional analogue output.Mechanical | |
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Model | electronic |
Function |
Temperature displays |
Dimension 1 |
96 x 48 mm | 92 x 45 mm |
Protection level |
IP65 |
Working temperature | -20 °C ... +65 °C |
Weight | 180 g |
(1) Front panel size | Panel cut-out
Electrical | |
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Power supply |
10...30 V DC |
Signal input |
Widerstand 0...500 Ω Thermoelemente B, E, J, K, N, R, S, T +/-100 mV |
Signal output |
Analog 0...10 V Analog 0...20 mA Analog 2...10 V Analog 4–20 mA 2 x Relais |
User-friendly
Powerful
- Practical quick-start guide for setting the parameters and operating the device
- Help text as running text
- Easy-to-read 14-segment LED, 6-digit display, 14 mm high
- Simple programming via 4 keys on the front
- One front key as well as 2 additional inputs can be programmed for specific applications
- Characteristic curves for thermocouples and RTD permanently stored
- MIN/MAX memory function, individually resettable
Powerful
- Sampling rate of 10 readings per second
- Customised linearization via 12 control points
- 2 relay outputs (changeover contacts) for limit monitoring with hysteresis and ON/OFF delay function
- Analogue output for the current measured value, MIN-value, MAX-value
- Auxiliary sensor power supply with AC version
- Inputs and outputs galvanically isolated
- Digital filter (first-order) for smoothing display fluctuations with unstable input signals