Bernard Controls
Showing 1–9 of 9 results
| Part Number ▲ | Manufacturer | Description | Actions |
|---|---|---|---|
| 7515298G | Bernard Controls | Socket | |
| 8816756R | Bernard Controls | Motor MBS2 400 V motor for MBS2 drives 400 V 30 seconds | |
| 8CD0009140 | Bernard Controls | MA-4 + RS108lllP67 Switch 3 60Hz 460V 35s with electronic position indicator 4..20mA2 additional limit switches Heating flange F10 | |
| AQ0025F8030P3200E0M ex.(EZ0025KNNB025A0)) | Bernard Controls | Alternatively for EZ0025KNMB030A0, as the EZ series is no longer available. AQ0025-30sec-220-230V AC-50 / 60Hz Prewired Positioner BC Actuator Type 4Q002518091 Protection Class: lP68 (2ml24h), Operating Mode: 54-50% Operating Time: 30sec for g0''max. Torque: 250Nm Torque: 125Nm Motor voltage: 220-230V 1 ph. 50 / 60H2 Motor power: 0,04kW Rated current: 1,14 Starting current: 1,4A Output flange lSO521l: Combination flange F07 / F10, Wiring diagram: WD_500097_FREN, Positioner: analog input and outp | |
| AQ0025FB030L3200E0M + 7519387 | Bernard Controls | AQ0025-30Sek-220/230V AC-50Hz-Logic Positioner + SOCKET AQ25-50 unprocessed | |
| AS25 | Bernard Controls | AQ0030TA035S3100E0M AQ0030-35Sek-380/415VAC-50Hz-Switch-Transmitter | |
| BCD0009560 ex.(09L06427006) | Bernard Controls | Servomotor SQ60 III IP67 Switch 1 60Hz 120V 25s | |
| SQ1000 | Bernard Controls | SQ1000 III IP67 POSIGAM + 3, 50Hz, 400V, 210s (Spare drive for drive with S / N 14C27194 / 007, but as successor type SQ) | |
| SQ2SKNO3OMBOD24BOAOAOKIB + 7500523 ex.(SQ25KN025NB0024B0A0A0K1B) | Bernard Controls | SQ25-30sec-230V1 -ph.50Hz-Cl. I I I + MinigamL5270BC-DEUFRA - variable speed drive, type SQ25 setting time: 30 sec for 90 °, starting torque: 250 Nm, running torque: 140 Nm, motor voltage: 230V 1-ph. 50Hz, motor power: 0.03 KW, nominal current: 0.6 A, starting current: 0.9 A, output flange: ISO 521 1: combination flange F07l10. 2 additional travel switches, heating 230 V # Minigam + compact positioner for control with an input signal 0 (4) - 20 mA or 0-10V. The signal can be programmed by micros |