Tandems with FI on each compressor

The following table lists all possible Orbit tandem compounds with frequency inverter on each compressor.

In each tandem or trio, one compressor is the primary compressor. This should be the compressor with the lowest displacement in the tandem, because it is the first to receive oil from the BAHT header:

To identify the mounting position which is indicated by "primary" and "secondary" compressor, please contact Bitzer for the respective compound assembly drawings.

Both compressors must always operate at the same speed / frequency: f (1) = f (2)!

Both compressors must always operate at the same speed / frequency: f (1) = f (2)!

Orbit tandem compounds with frequency inverter on each compressor. Both compressors must always operate at the same speed / frequency!
f (min.): minimum permitted frequency
f (max.): maximum permitted frequency

Primary compr.

f (min.)

f (max.)

Secondary compr.

f (min.)

f (max.)

Comment

GSD80295

35 Hz

75 Hz

GSD80385

35 Hz

75 Hz

f (1) = f (2)

GSD80295

35 Hz

75 Hz

GSD80421

35 Hz

75 Hz

f (1) = f (2)

GSD80295

35 Hz

75 Hz

GSD80485

35 Hz

75 Hz

f (1) = f (2)

GSD80385

35 Hz

75 Hz

GSD80421

35 Hz

75 Hz

f (1) = f (2)

GSD80385

35 Hz

75 Hz

GSD80485

35 Hz

75 Hz

f (1) = f (2)

GSD80421

35 Hz

75 Hz

GSD80485

35 Hz

75 Hz

f (1) = f (2)

GSD60120

35 Hz

75 Hz

GSD60137

35 Hz

75 Hz

f (1) = f (2)

GSD60120

35 Hz

75 Hz

GSD60154

35 Hz

75 Hz

f (1) = f (2)

GSD60137

35 Hz

75 Hz

GSD60154

35 Hz

75 Hz

f (1) = f (2)

GSD60120

35 Hz

75 Hz

GSD60182

35 Hz

75 Hz

f (1) = f (2)

GSD60137

35 Hz

75 Hz

GSD60182

35 Hz

75 Hz

f (1) = f (2)

GSD60154

35 Hz

75 Hz

GSD60182

35 Hz

75 Hz

f (1) = f (2)

GSD60120

35 Hz

75 Hz

GSD60235

35 Hz

75 Hz

f (1) = f (2)

GSD60137

35 Hz

75 Hz

GSD60235

35 Hz

75 Hz

f (1) = f (2)

GSD60154

35 Hz

75 Hz

GSD60235

35 Hz

75 Hz

f (1) = f (2)

GSD60182

35 Hz

75 Hz

GSD60235

35 Hz

75 Hz

f (1) = f (2)

GSD60120

35 Hz

75 Hz

GSD80295

35 Hz

75 Hz

f (1) = f (2)

GSD60137

35 Hz

75 Hz

GSD80295

35 Hz

75 Hz

f (1) = f (2)

GSD60154

35 Hz

75 Hz

GSD80295

35 Hz

75 Hz

f (1) = f (2)

GSD60182

35 Hz

75 Hz

GSD80295

35 Hz

75 Hz

f (1) = f (2)

GSD60120

35 Hz

75 Hz

GSD80385

35 Hz

75 Hz

f (1) = f (2)

GSD60137

35 Hz

75 Hz

GSD80385

35 Hz

75 Hz

f (1) = f (2)

GSD60235

35 Hz

75 Hz

GSD80295

35 Hz

75 Hz

f (1) = f (2)

GSD60154

35 Hz

75 Hz

GSD80385

35 Hz

75 Hz

f (1) = f (2)

GSD60120

35 Hz

75 Hz

GSD80421

35 Hz

75 Hz

f (1) = f (2)

GSD60137

35 Hz

75 Hz

GSD80421

35 Hz

75 Hz

f (1) = f (2)

GSD60182

35 Hz

75 Hz

GSD80385

35 Hz

75 Hz

f (1) = f (2)

GSD60154

35 Hz

75 Hz

GSD80421

35 Hz

75 Hz

f (1) = f (2)

GSD60182

35 Hz

75 Hz

GSD80421

35 Hz

75 Hz

f (1) = f (2)

GSD60120

35 Hz

75 Hz

GSD80485

35 Hz

75 Hz

f (1) = f (2)

GSD60235

35 Hz

75 Hz

GSD80385

35 Hz

75 Hz

f (1) = f (2)

GSD60137

35 Hz

75 Hz

GSD80485

35 Hz

75 Hz

f (1) = f (2)

GSD60154

35 Hz

75 Hz

GSD80485

35 Hz

75 Hz

f (1) = f (2)

GSD60235

35 Hz

75 Hz

GSD80421

35 Hz

75 Hz

f (1) = f (2)

GSD60182

35 Hz

75 Hz

GSD80485

35 Hz

75 Hz

f (1) = f (2)

GSD60235

35 Hz

75 Hz

GSD80485

35 Hz

75 Hz

f (1) = f (2)

GSD60120

35 Hz

75 Hz

GSD60120

35 Hz

75 Hz

f (1) = f (2)

GSD60137

35 Hz

75 Hz

GSD60137

35 Hz

75 Hz

f (1) = f (2)

GSD60154

35 Hz

75 Hz

GSD60154

35 Hz

75 Hz

f (1) = f (2)

GSD60182

35 Hz

75 Hz

GSD60182

35 Hz

75 Hz

f (1) = f (2)

GSD60235

35 Hz

75 Hz

GSD60235

35 Hz

75 Hz

f (1) = f (2)

GSD80295

35 Hz

75 Hz

GSD80295

35 Hz

75 Hz

f (1) = f (2)

GSD80385

35 Hz

75 Hz

GSD80385

35 Hz

75 Hz

f (1) = f (2)

GSD80421

35 Hz

75 Hz

GSD80421

35 Hz

75 Hz

f (1) = f (2)

GSD80485

35 Hz

75 Hz

GSD80485

35 Hz

75 Hz

f (1) = f (2)