Drallim Industries Ltd

A technology driven British engineering group with global presence. We bring our customers, innovation in design, manufacture and quality service, covering a broad spectrum of products and markets. Form relationships with both customers and suppliers that will improve quality in all aspects of final product and purchased materials

  1. BLU110T BATTERY LOAD UNIT

    BLU110T BATTERY LOAD UNIT
    • Lightweight – starting from 12,8 kg (28.2 lbs)
    • Powerful – discharge power of up to 28,4 kW
    • Voltage measurement range: 5,25 - 500 V DC
    • Discharge current – up to 340 A DC
    • Easily expandable for larger banks using BXL extra load units
    • Battery internal resistance measurement according to IEC 60896
    • Enables testing batteries while in service
    • Detailed test analysis using DV-B Win software
    • Test resume feature in case of interrupted power supply
  2. BLU200A BATTERY LOAD UNIT

    BLU200A BATTERY LOAD UNIT
    • Lightweight – starting from 12,8 kg (28.2 lbs)
    • Powerful – discharge power of up to 28,4 kW
    • Voltage measurement range: 5,25 - 500 V DC
    • Discharge current – up to 340 A DC
    • Easily expandable for larger banks using BXL extra load units
    • Battery internal resistance measurement according to IEC 60896
    • Enables testing batteries while in service
    • Detailed test analysis using DV-B Win software
    • Test resume feature in case of interrupted power supply
  3. BLU220T BATTERY LOAD UNIT

    BLU220T BATTERY LOAD UNIT
    • Lightweight – starting from 12,8 kg (28.2 lbs)
    • Powerful – discharge power of up to 28,4 kW
    • Voltage measurement range: 5,25 - 500 V DC
    • Discharge current – up to 340 A DC
    • Easily expandable for larger banks using BXL extra load units
    • Battery internal resistance measurement according to IEC 60896
    • Enables testing batteries while in service
    • Detailed test analysis using DV-B Win software
    • Test resume feature in case of interrupted power supply
  4. BLU340A BATTERY LOAD UNIT

    BLU340A BATTERY LOAD UNIT
    • Lightweight – starting from 12,8 kg (28.2 lbs)
    • Powerful – discharge power of up to 28,4 kW
    • Voltage measurement range: 5,25 - 500 V DC
    • Discharge current – up to 340 A DC
    • Easily expandable for larger banks using BXL extra load units
    • Battery internal resistance measurement according to IEC 60896
    • Enables testing batteries while in service
    • Detailed test analysis using DV-B Win software
    • Test resume feature in case of interrupted power supply
  5. BLU360V BATTERY LOAD UNIT

    BLU360V BATTERY LOAD UNIT
    • Lightweight – starting from 12,8 kg (28.2 lbs)
    • Powerful – discharge power of up to 28,4 kW
    • Voltage measurement range: 5,25 - 500 V DC
    • Discharge current – up to 340 A DC
    • Easily expandable for larger banks using BXL extra load units
    • Battery internal resistance measurement according to IEC 60896
    • Enables testing batteries while in service
    • Detailed test analysis using DV-B Win software
    • Test resume feature in case of interrupted power supply
  6. BLU SERIES Battery Load Units

    BLU SERIES Battery Load Units
    • Lightweight – starting from 12,8 kg (28.2 lbs)
    • Powerful – discharge power of up to 28,4 kW
    • Voltage measurement range: 5,25 - 500 V DC
    • Discharge current – up to 340 A DC
    • Easily expandable for larger banks using BXL extra load units
    • Battery internal resistance measurement according to IEC 60896
    • Enables testing batteries while in service
    • Detailed test analysis using DV-B Win software
    • Test resume feature in case of interrupted power supply
  7. Bushing Monitor ZVCM-1001

    Bushing Monitor ZVCM-1001
    Bushing failures are considered as one of the major causes for transformer outages. Historically bushings were tested off-line to measure the capacitance and the dissipation/power factor. The Bushing Monitor ZVCM-1001, which is an extension package to the MTE HYDROCAL family, is a permanently installed on-line bushing monitoring system. It continuously measures up to six leakage currents, tests the power factor and capacitance values and monitors the condition of bushings, CCVT's 1) and free standing CT's.
  8. BVR11 BATTERY VOLTAGE RECORDER

    BVR11 BATTERY VOLTAGE RECORDER
    • Handheld - from 0,5 to 0,7 kg (1.1 to 1.5 Ibs) depending on the model
    • Max voltage measurement range ± 600 V
    • Automatically measures, time-stamps and stores cell/string (float) voltages in less than 1 second
    • Cell and ambient temperature measurements
    • Current measurement using current clamps
    • IR communication with external Density Meter*
    • Performs full battery discharge test simultaneously measuring string voltage and discharge current
    • Easy transfer of measured data to DV-B Win software for further analysis
  9. BVR20 BATTERY VOLTAGE RECORDER

    BVR20 BATTERY VOLTAGE RECORDER
    • Handheld - from 0,5 to 0,7 kg (1.1 to 1.5 Ibs) depending on the model
    • Max voltage measurement range ± 600 V
    • Automatically measures, time-stamps and stores cell/string (float) voltages in less than 1 second
    • Cell and ambient temperature measurements
    • Current measurement using current clamps
    • IR communication with external Density Meter*
    • Performs full battery discharge test simultaneously measuring string voltage and discharge current
    • Easy transfer of measured data to DV-B Win software for further analysis
  10. BVR22 BATTERY VOLTAGE RECORDER

    BVR22 BATTERY VOLTAGE RECORDER
    • Handheld - from 0,5 to 0,7 kg (1.1 to 1.5 Ibs) depending on the model
    • Max voltage measurement range ± 600 V
    • Automatically measures, time-stamps and stores cell/string (float) voltages in less than 1 second
    • Cell and ambient temperature measurements
    • Current measurement using current clamps
    • IR communication with external Density Meter*
    • Performs full battery discharge test simultaneously measuring string voltage and discharge current
    • Easy transfer of measured data to DV-B Win software for further analysis