Three Phase SGV Controller

We hold expertise in offering SGV Controller in the Elevator industry. This product is manufactured using high-grade input factors as per the preset industry norms.

Product Details:
Minimum Order Quantity 100 Number
Model No SGV-3
Dimension 107.5*100*75 mm
Enclosure Protection IP20
Connectivity Screw Type Terminal
Phase Three Phase

Features of SGV Controller:

  • Surge Max. discharge current 20kA, 8/20uS
  • (1 phase) & 40kA, 8/20uS (3 phase)
  • Fast response time (Less than 25ns) for surge protection
  • Protection against Over / Under Voltage,
  • Neutral Loss, Ground Lift
  • Fast response time (Less than 100ms) for voltage protection
  • User – Friendly LED indications
  • Fixed trip setting for Under Voltage / Over Voltage

Applications of SGV Controller:

  • Automation
  • UPS Systems
  • Drives
  • Elevator Panels


Input Nominal Voltage 240 / 415 VAC ( TN /TT )
Frequency 45 ~ 65 Hz
Output Relay Contact 1 C/O
Contact Rating 5A / 250VAC ( Resistive )
Electrical Life 1 X 10^5 Operations at Rated Resistive Load
Voltage &
Ground Lift
Trip settings
Phase Loss Yes
Neutral Loss Yes
Ground Lift Yes
Under Voltage 165VAC +/-2% Voltage setting with respect to neutral
Over Voltage 275VAC +/-2% Voltage setting with respect to neutral
Trip Response Time <100 msec ( for UV & OV)
Reset Mode Auto
Hysterisis 5 to 10VAC for UV & OV
Power on delay 6 to 10 secs.
Indication LED Indication Indications for PH OK, RLY ON, OVR OK, GLP OK, MAINS ON
Maximum Continuous Operating Voltage Uc 320VAC ( L-PE ) 640VAC ( L-L )
Nominal Discharge Current In ( 8/20 ) uS 20kA
Maximum Discharge Current Imax (8/20 ) uS 40kA
Voltage Protection Level Up <1.5kV
Residual Voltage Ures L1 – PE <1.2kV (at In ), L2 – PE <1.2kV (at In ), L3 – PE <1.2kV (at In ), N – PE <1.2kV (at In )
Environment Working Temp -5DegC to 70DegC.
Working Humidity 20 to 90%RH Non Condensing
Storage Temp Humidity -10 to 85DegC 10 to 95% RH.
EMI & EMC Harmonic Current Emission Designed to meet IEC 61000-3-2
ESD Designed to meet IEC 61000-4-2
Radiated Susceptibility Designed to meet IEC 61000-4-3
Electrical Fast Transients Designed to meet IEC 61000-4-4