Emerson COPELAND ZO18AG, Инструкции по применению

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4 AGL_Ref_ST_ZO_E_Rev00
starting the compressor to avoid miswiring or a powered reverse situation. Both situations could
potentially cause compressor damage.
The matched pairs of compressor and drive released by Emerson are listed in Table 2 hereunder:
Compressor Drive
IP
rating
Max. working
temperature
Drive power supply
ZOV18AG-9X9 EVM-344012-E20EFN IP2X 40 °C 3~ / 400 V / 50 Hz
ZOV18AG-9X9 EVM-344016-E20EFN IP2X 50 °C 3~ / 400 V / 50 Hz
ZOV18AG-9X9 EVH-344016-R21BEN IP54 50 °C 3~ / 400 V / 50 Hz
ZOV18AG-9X9 EVH-344012-R21BEN IP54 40 °C 3~ / 400 V / 50 Hz
ZOV25AG-4X9 EVM-344012-E20EFN IP2X 40 °C 3~ / 400 V / 50 Hz
ZOV25AG-4X9 EVM-344016-E20EFN IP2X 50 °C 3~ / 400 V / 50 Hz
ZOV25AG-4X9 EVH-344016-R21BEN IP54 50 °C 3~ / 400 V / 50 Hz
ZOV25AG-4X9 EVH-344012-R21BEN IP54 40 °C 3~ / 400 V / 50 Hz
ZOV38AG-4X9 EVM-344016-E20EFN IP2X 40 °C 3~ / 400 V / 50 Hz
ZOV38AG-4X9 EVM-344023-E20EFN IP2X 50 °C 3~ / 400 V / 50 Hz
ZOV38AG-4X9 EVH-344023-R21BEN IP54 50 °C 3~ / 400 V / 50 Hz
ZOV38AG-4X9 EVH-344016-R21BEN IP54 40 °C 3~ / 400 V / 50 Hz
Table 2: Matched pairs EVM/EVH drive with ZOV*AG compressors
Compressor Drive
Cooling capacity* (kW)
1500
rpm
3000
rpm
4500
rpm
6000
rpm
ZOV18AG-9X9 EVM-344012-E20EFN 2.90 6.29 9.54 12.45
ZOV18AG-9X9 EVM-344016-E20EFN 2.90 6.29 9.54 12.45
ZOV18AG-9X9 EVH-344016-R21BEN 2.90 6.29 9.54 12.45
ZOV18AG-9X9 EVH-344012-R21BEN 2.90 6.29 9.54 12.45
ZOV25AG-4X9 EVM-344012-E20EFN 4.06 8.65 13.20 17.45
ZOV25AG-4X9 EVM-344016-E20EFN 4.06 8.65 13.20 17.45
ZOV25AG-4X9 EVH-344016-R21BEN 4.06 8.65 13.20 17.45
ZOV25AG-4X9 EVH-344012-R21BEN 4.06 8.65 13.20 17.45
ZOV38AG-4X9 EVM-344016-E20EFN 6.27 13.15 20.10 27.00
ZOV38AG-4X9 EVM-344023-E20EFN 6.27 13.15 20.10 27.00
ZOV38AG-4X9 EVH-344023-R21BEN 6.27 13.15 20.10 27.00
ZOV38AG-4X9 EVH-344016-R21BEN 6.27 13.15 20.10 27.00
* Evaporating temperature: -35 °C; condensing temperature: -5 °C; suction gas superheat: 10 K; liquid sub-
cooling: 0 K
Table 3: Cooling capacity in kW for selected matched pairs
NOTE: Operate Emerson matched pairs of inverter and compressor only. Other combinations
could cause problems, such as starting issues, low capacity operation or other unusual
errors.
NOTE: For the latest list of matched pairs EVM/EVH with ZOV*AG please refer to the EVM/EVH
User Manual or contact the Application Engineering department at Emerson.
2.3 Variable speed advantages
The variable speed scroll is a key component in the variable capacity system. A variable capacity
system will use less electrical energy by minimizing On/Off cyclical losses, maximizing heat
exchanger efficiency by operating at part load during a majority of the total operating hours, and by
operating with reduced airflow rates and fan power.
The variable speed scroll and drive are suitable for a variety of "best-in-class" applications. Both may
be used in other types of applications provided that the envelope and other operating restrictions are
met. The primary benefit of this product is to substantially reduce electrical energy consumption and
associated expenses.