Danfoss OPTYMA Control User Manual
Three phase
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Also See for OPTYMA Control:
- Operation and maintenance manual (28 pages) ,
- Instructions manual (104 pages) ,
- User manual (16 pages)
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Table of Contents
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Summary of Contents for Danfoss OPTYMA Control
- Page 1 User Guide Optyma™ control AK-RC 113 three phase...
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Page 2: Table Of Contents
Diagnostics by means of alarm codes ....................15 Troubleshooting ............................16 Maintenance General safety rules ............................17 Maintenance ..............................17 Appendices AK-RC 113 wiring diagram ......................... 18 Part List ................................19 10.0 Ordering ..................................19 2 | BC317523579312en-000101 © Danfoss | DCS (vt) | 2020.03... -
Page 3: General
800 W (AC1) resistive load 800 W (AC1) resistive load Solenoid valve Present Present Compressor oil heater Present Present Aux1 100 W 100 W Aux2 100 W 100 W Supervision system Modbus Modbus © Danfoss | DCS (vt) | 2020.03 BC317523579312en-000101 | 3... -
Page 4: Overall Dimension
• Air recirculation management. • 2 auxiliary relays with parameter-configured. • Integrated RS-485 Modbus connection for Danfoss System Manager or standard Modbus-RTU network • Emergency operation in the event of a faulty probe environment. • Smart defrost (energy saving). -
Page 5: Installation
Fig 6. Flex the hinges and rotate the front panel 180° sliding the two black hinges up to the end of the stroke. downwards to access the inside of the panel and disconnect the electronic board connector. © Danfoss | DCS (vt) | 2020.03 BC317523579312en-000101 | 5... -
Page 6: Electrical Wirings
• If it’s necessary to extend the probes, conductors must be used with a suitable section and in any case not less than 1 mm2. 6 | BC317523579312en-000101 © Danfoss | DCS (vt) | 2020.03... -
Page 7: Connection Of The Front Panel
Caution: before carrying out this operation, the panel must be switched off by cutting off the supply line upstream and blocking the sectioning with a padlock to ensure maximum safety. Check the absence of voltage with a Tester before any operation. © Danfoss | DCS (vt) | 2020.03 BC317523579312en-000101 | 7... -
Page 8: Compressor Motor Circuit Breaker Calibration
Fig 20. Power up the panel and carry out thorough reading/ programming of all the parameters. 8 | BC317523579312en-000101 © Danfoss | DCS (vt) | 2020.03... -
Page 9: Parameter Programming
LED ON = Cold call ON Fan Call Icon LED OFF = Fan call OFF LED ON = Fan call ON LED Flashing = Fans paused after defrost (see parameter F4) © Danfoss | DCS (vt) | 2020.03 BC317523579312en-000101 | 9... -
Page 10: General
When configuration values have been set you can exit the menu by pressing the () or () keys simultaneously for a few seconds until the cold room temperature reappears. 5. The new settings are saved automatically when you exit the configuration menu. 10 | BC317523579312en-000101 © Danfoss | DCS (vt) | 2020.03... -
Page 11: List Of Level 1 Variables (User Level)
If the evaporator sensor is disabled, defrosts are 1 = no evaporator sensor carried out cyclically with period d0: defrosting ends when an external device trips and closes the remote defrost contact or when time d3 expires. © Danfoss | DCS (vt) | 2020.03 BC317523579312en-000101 | 11... - Page 12 Fst differential 1 – 10 °C 2 °C Minimum value attributable to setpoint. -45 – (HSE-1) °C -45 °C Maximum value attributable to setpoint. (LSE+1) – 99 °C 99 °C 12 | BC317523579312en-000101 © Danfoss | DCS (vt) | 2020.03...
- Page 13 -6 = Start defrosting remotely (N.C.) (reads falling edge of impulse) -7 = Stop defrosting remotely (N.C.) (reads falling edge of impulse) -8 = Night mode digital input (energy saving, N.C.) © Danfoss | DCS (vt) | 2020.03 BC317523579312en-000101 | 13...
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Page 14: Switching On The Ak-Rc 113 Electronic Controller
When PA is setting the protection start after two minutes of inactivity. On display appear 000. With up/down modify the number, with set key confirm it. Use universal number 100 if you don’t remember the password. 14 | BC317523579312en-000101 © Danfoss | DCS (vt) | 2020.03... -
Page 15: Net Configuration With Modbus-Rtu Protocol
The temperature inside the cold room has exceeded working properly. the min. temperature alarm setting (see variables A1, • Sensor not reading temperature user programming level). properly or compressor start/stop control not working. © Danfoss | DCS (vt) | 2020.03 BC317523579312en-000101 | 15... -
Page 16: Troubleshooting
(Pressure Switches, Kriwan) Incorrect setting of the The defrost cycle is parameters relating to the defrost • Check the correct entry of the parameters. not performed cycle 16 | BC317523579312en-000101 © Danfoss | DCS (vt) | 2020.03... -
Page 17: Maintenance
Device Type of intervention Frequency Terminal block Wires tightening After first 20 days of functioning Terminal block Wires tightening Annual © Danfoss | DCS (vt) | 2020.03 BC317523579312en-000101 | 17... -
Page 18: Appendices
9 10 11 12 13 14 15 16 17 20 21 18 19 1 2 3 4 5 6 7 8 enable 3 13 14 15 L10 L11 Condensing unit Electric switchboard 18 | BC317523579312en-000101 © Danfoss | DCS (vt) | 2020.03... -
Page 19: Part List
Power terminal block X2 10.0 Ordering Type Code No. Optyma Control, three phase (4HP), including 2 sensors, 4.5 – 6.3 A 080Z3221 Optyma Control, three phase (4HP), including 2 sensors, 7 – 10 A 080Z3222 Optyma Control, three phase, (7.5HP), including 2 sensors, 11 – 16 A 080Z3226 Optyma Control, three phase, (7.5HP), including 2 sensors, 14 –... - Page 20 Danfoss can accept no responsibility for possible errors in catalogues, brochures and other printed material. Danfoss reserves the right to alter its products without notice. This also applies to products already on order provided that such alterations can be made without subsequential changes being necessary eady agreed.
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