Applications
SSM/PVEM
The Solar string monitoring (SSM)assembly uses hall effect current sensors to provide measurement of string currents. The string currents measured are accessible over MODBUS through a RS-485 communication port by a central monitoring/SCADA software system. photo voltaic energy management (PVEM) uses HECT for monitoring the PV systems , Electrohms offers a Master and slave configuration that enables monitoring of 8 /12/24 channels in compact size.Central/Off Grid Inverters
Central inverters are designed for applications such as : large arrays installed on buildings, industrial facilities , and field installations - they are basically very large string inverter.Low capital price per watt,High efficiency, Comparative ease of installation are some of the advantage. Off Grid Inverters are for smaller stand alone installations and handle lower power . Electrohms offers closed loop type hall effect current sensors for wide range of currents to manufacturers of central inverters and off grid inverters.Converters For Wind Energy
The converter is a key element of the wind turbine. Converters that can enhance turbine power output through innovative control schemes and improve generator performance are preferred due to their flexible and complete frequency converters help provide reliability, availability, low operating costs, grid compliance and network quality for increased productivity.Featured Product
Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives.
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VJ500T03 - An integrated primary resistor networks determines the
nominal measuring voltage of the sensor. It has high level of galvanic isolation and are suitable for high voltage measurements.
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An integrated primary resistor networks determines the
nominal measuring voltage of the sensor. The advantages of VHASM150T01 is compact design, excellent accuracy (offset, sensitivity, linearity), low temperature drift.
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An integrated primary resistor networks determines the nominal measuring voltage of the sensor. The advantages of VHASM500T02 is Compact design, Excellent accuracy (offset, sensitivity, linearity), Good response time, Low temperature drift.
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An integrated primary resistor networks determines the nominal measuring voltage. The advantages of VHASM1K2T02 is Compact design, Excellent accuracy (offset, sensitivity, linearity), Good response time, Low temperature drift
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VHASM1K0T01-CB11 - An integrated primary resistor networks determines the nominal measuring voltage of the sensor. It is available with wide selection of nominal voltage levels to cover a variety of applications.
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Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense DC current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
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Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
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Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
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Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
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Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
Resources
VJ1K0T03 - An integrated primary resistor networks determines the
nominal measuring voltage of the sensor. It has high level of galvanic isolation and are suitable for high voltage measurements.
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VJ1K5T03 - An integrated primary resistor networks determines the
nominal measuring voltage of the sensor. It has high level of galvanic isolation and are suitable for high voltage measurements.
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