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Power Monitoring Solutions.

G4BM480V12AFTL20 True power monitoring in 1- or 3-phase mains by Tele Haase

Manufacturer: Tele Haase
SKU: G4BM480V12AFTL20
$689.67
Availability: 0 in stock
Non-Stock Lead Time: 1 Week
Minimum Order Quantity is 1
Products specifications
Attribute nameAttribute value
Input0~480 Vac 1Φ, 0~277 Vac 3Φ, 0~480 Vac 3Φ
Supply Voltage12~500 Vac
FunctionalityMaximum monitoring, Minimum monitoring, Maximum and Minimum monitoring, Recognition of Disconnected Load
Phase1P2W, 3P3W
ContactDPDT, 2 CO
DisplayLED
LEDGreen, Red, Yellow
SeriesGamma

Description

The TELE G4BM480V12AFTL20 provides True power monitoring in 1- and 3-phase mains with adjustable thresholds (P1 and P2), the timing for start-up suppression time and tripping delay separately adjustable, selectable fault latch, temperature monitoring of the motor winding with max. 6 PTC, reset-key and more

  • Multifunction
  • Temperature monitoring of the motor winding
  • Reset-key
  • Fault latch
  • Recognition of disconnected load
  • Suitable for VFI (10 to 100Hz)
  • Supply voltage selectable via power modules
  • DPDT / 2 change over contacts
  • Width 45mm
  • Industrial design
  • Supply Voltage selectable via power module type TR3 according to specification of power module. This is required.
  • Functions
    • 2MIN : Minimum monitoring
    • 2MIN+I=0 ON : Minimum monitoring and recognition of disconnected consumers (relay ON if I=0)
    • 2MIN+I=0 Inv. : Minimum monitoring and recognition of disconnected consumers (relay OFF if I=0 Inv.)
    • 2MAX : Maximum monitoring
    • 2MAX+I=0 ON : Maximum monitoring and recognition of disconnected consumers (relay OFF if I=0)
    • 2MAX+I=0 Inv. : Maximum monitoring and recognition of disconnected consumers (relay OFF if I=0 Inv.)
    • WIN : Monitoring the window between MIN and MAX
    • WIN+I=0 ON : Monitoring the window between MIN and MAX and recognition of disconnected consumers (relay ON if I=0)
    • WIN+I=0 Inv. : Monitoring the window between MIN and MAX and recognition of disconnected consumers (relay OFF if I=0 Inv.)
    • MIN/MAX : Minimum- and maximum monitoring
    • MIN/MAX+I=0 ON : Minimum- and maximum monitoring and recognition of disconnected consumers (relay ON if I=0)
    • MIN/MAX+I=0 Inv. : Minimum- and maximum monitoring and recognition of disconnected consumers relay OFF if I=0 Inv.)