Dixell Temperature Control XR 60 CX
DIXELL, adalah Perusahaan yang berbasis di Bidang Pendingin milik Emerson Climates Technologies Group. Sejak Lebih dari 20 tahun DIXELL telah Mengembangkan dan Memproduksi Solusi Pengukuran, Kontrol dan Pemantauan Jarak Jauh untuk Pendinginan Komersial dan Industri. Pengontrol Suhu Digital XR Berfungsi untuk Mengontrol dan Mendeteksi Suhu Ruang yang dapat Disesuaikan untuk Mengendalikan Cooler/Heater supaya dapat Mencapai Suhu Rata-Rata yang Diinginkan. Berbasis Mikroprosesor, Cocok untuk diaplikasikan pada Suhu Tinggi, Sedang atau Rendah. Dilengkapi dengan Tiga Relay untuk Mengontrol Kompresor, Defrost berupa Gas Listrik atau Panas, dan Kipas Evaporator secara Optimal.
Dixell Temperature Control XR 60 CX
Details
- Brand DIXELL
Tags
60 60cx controls digital dixel dixell kontrol pengontrol suhu temperatur temprature xrFitur dari Temperature Control Dixell – XR adalah:
- Dapat Beroperasi dengan Probe PTC atau NTC
- Memiliki Input untuk Probe Evaporator
- Dilengkapi dengan Alarm Visual dan Bel yang Berkedip
- Setiap Instrumen dapat Dikonfigurasi Sepenuhnya melalui Parameter Khusus dan dapat dengan Mudah Diprogram melalui Keypad
- Gunakan Pengontrol Hanya dalam Batas Pengoperasian untuk Menghindari Perubahan Suhu Mendadak dengan Atmosfer yang Tinggi
- Hemat Energi
Differential: (0,1 ˜ 25,5∞C / 1˜255 ∞F)
Intervention Differential: Set Point
Compressor Cut IN: Set Point + Differential (Hy)
Compressor Cut OUT: The Temperature Reaches the Set Point
Minimum Set Point: (- 50∞C˜SET/-58∞F˜SET): Sets the Minimum Value for the Set Point
Maximum Set Point: (SET˜110∞C/ SET˜230∞F): Set the Maximum Value for Set Point
Thermostat Probe Calibration: (-12.0˜12.0∞C; -120˜120∞F) Allows to Adjust Possible Offset of the Thermostat Probe
Evaporator Probe Presence: n= not Present: The Defrost Stops by Time; Y= Present: The Defrost Stops by Temperature
Evaporator Probe Calibration: (-12.0˜12.0∞C; -120˜120∞F)
Allows to Adjust Possible Offset of the Evaporator Probe
Third Probe Presence (P3): n= Not Present
The Terminal Operates as Digital Input: y= Present: The Terminal Operates as Third Probe.
Third Probe Calibration (P3): (-12.0˜12.0∞C; -120˜120∞F)
Allows to Adjust Possible Offset of the Third Probe
Fourth Probe Presence: (n = Not Present; y = Present)
Fourth Probe Calibration: (-12.0?12.0∞C)
Allows to Adjust Possible Offset of the Fourth Probe
Outputs Activation Delay at Start up: (0˜255min)
This Function is Enabled at the Initial Start Up of the Instrument and Inhibits Any Output Activation for the Period of Time Set in the Parameter
AC Anti-Short Cycle Delay: (0˜50 min) Minimum Interval Between the Compressor Stop and the Following Restart
Percentage of the Second and First Probe for Regulation (0˜100; 100 = P1, 0 = P2 ): it Allows to Set the Regulation According to the Percentage of the First and Second Probe, as for the Following Formula (rtr(P1-P2)/100 + P2)
Compressor ON Time During Continuous Cycle: (0.0˜24.0h; res. 10min) Allows to Set the Length of the Continuous Cycle: Compressor Stays On Without Interruption for the CCt Time can be Used: Instance
Set Point for Continuous Cycle: (-50˜150∞C)
Compressor ON Time with Faulty Probe: (0˜255 min) Time During which the Compressor is Active in case of Faulty Thermostat Probe
With COn=0 Compressor is Always OFF.
Compressor OFF Time with Faulty Probe: (0˜255 min) Time During which the Compressor is Off in case of Faulty Thermostat Probe
With COF=0 Compressor is Always Active
