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Electro-insulated Modules
- Electro-insulated Modules | VISHAY (IR)
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- Electro-insulated Modules | TECHSEM
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- Bridge Rectifiers
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Transistors
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- IGBT Modules | MITSUBISHI
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- Silicon Carbide (SiC) semiconductor elements
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Electrical Transducers
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Current Transducers | LEM
- Closed-Loop Current Transducers (C/L)
- Open-Loop Current Transducers (O/L)
- Current Transducers supplied with unipolar voltage
- 'Eta' Current Transducers
- Current Transducers - LF xx10 Series
- Current Transducers - LH Series
- Current Transducer - HOYL and HOYS Series
- Current Transducers - GO–SME & GO–SMS Series
- AUTOMOTIVE current transducers
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Voltage Transducers | LEM
- Voltage Transducers - LV Series
- Voltage Transducers - DVL Series
- Precision Voltage Transducers with double magnetic core - CV Series
- Voltage Transducer for Traction - DV 4200/SP4
- Voltage Transducers - DVM Series
- Voltage Transducer - DVC 1000-P
- Voltage Transducers - DVC 1000 Series
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- Precision Current Transducers | LEM
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Current Transducers | LEM
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Passive components (capacitors, resistors, fuses, filters)
- Resistors
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Fuses
- Miniature Fuses for electronic circuits - ABC & AGC Series
- Tubular Fast-acting Fuses
- Time-delay Fuse Links with GL/GG & AM characteristics
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- Fast-acting Fuses (British & American standard)
- Fast-acting Fuses (European standard)
- Traction Fuses
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- Capacitors
- EMI Filters
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Relays and Contactors
- Relays and Contactors - Theory
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- DC Semiconductor Relays
- Controllers, Control Systems and Accessories
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Single-Phase AC Semiconductor Relays
- AC ONE PHASE RELAYS 1 series| D2425 | D2450
- One phase semiconductor AC relays CWA and CWD series
- One phase semiconductor AC relays CMRA and CMRD series
- One phase semiconductor AC relays - PS series
- Double and quadruple semiconductor AC relays - D24 D, TD24 Q, H12D48 D series
- One phase semiconductor relays - gn series
- Ckr series single phase solid state relays
- One phase AC semiconductor relays for DIN bus - ERDA I ERAA series
- 150A AC single phase relays
- Rail Mountable Solid State Relays With Integrated Heat Sink - ENDA, ERDA1 / ERAA1 series
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- Single-Phase AC Semiconductor Relays for PCBs
- Interface Relays
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- Cores and Other Inductive Components
- Heatsinks, Varistors, Thermal Protection
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Batteries, Chargers, Buffer Power Supplies and Inverters
- Batteries, Chargers - Theoretical Description
- Modular Li-ion Battery Building Blocks, Custom Batteries, BMS
- Batteries
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Automatics
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Infrared Thermometers (Pyrometers)
- IR-TE Series - Water-proof Palm-sized Radiation Thermometer
- IR-TA Series - Handheld Type Radiation Thermometer
- IR-H Series - Handheld Type Radiation Thermometer
- IR-BA Series - High-speed Compact Radiation Thermometer
- IR-FA Series - Fiber Optic Radiation Thermometer
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- Counters, Time Relays, Panel Meters
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Recorders
- Hybrid Recorders - AL3000 Series | CHINO
- Graphic Recorder - KR2000 Series | CHINO
- Ubiquitous Recorders - KR5000 Series | CHINO
- Palm-sized Temperature/Humidity Meters - HN-CH Series | CHINO
- Consumables for Recorders
- 71VR1 - Compact Paperless Recorder | M-SYSTEM
- Graphic Recorder - KR3000 Series | CHINO
- PC Recorders - R1M Series | M-SYSTEM
- PC Recorders - R2M Series | M-SYSTEM
- PC Recorders - RZMS Series | M-SYSTEM
- PC Recorders - RZUS Series | M-SYSTEM
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Cables, Litz wires, Conduits, Flexible connections
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Braids
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- Flexible Earthing Connections
- Galvanized and Stainless Steel Cylindrical Braids
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- Flat Aluminium Braids
- Junction Set - Braids and Tubes
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- Traction Equipment
- Cable Terminals
- Flexible Insulated Busbars
- Flexible Multilayer Busbars
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Semiconductors
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Applications
- CNC Machine Tools
- DC and AC Drives (Inverters)
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- Equipment for Distribution, Control and Telecommunications Cabinets
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Assembly
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Montaż urządzeń
- Assembly of equipment on request
- Designing and Assembling of Busbar Cabinets, Switching Cabinets, Power Cabinets
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- Machines built for order
- R&D research and development work
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Industrial Testers
- Tester for diodes and thyristors measurement
- Thermal and motor circuit breakers testing stand
- Varistors and surge protectors testers
- Car fuses testing stand
- Tester for the power diode and thyristor reverse recovery charge Qrr measurement
- Rotor tester FD series
- Circuit breakers tester
- Tester for calibrating relays
- Video inspection tester for gas spring piston rods
- High-current thyristor switch
- Mesh ripping tester
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Inductors
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Modernizacja induktorów
- Repair of used inductors
- Modernization of inductors
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Production of new inductors
- Inductors for crankshaft hardening
- Hardening of band saw teeth
- Inductors for heating elements before gluing
- Hardening of raceways of automotive wheel hub bearings
- Hardening of the drive transmission components
- Hardening of stepped shafts
- Heating in contraction joints
- Induction for scanning hardening
- Soft soldering
- Billet heaters
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Induction devices
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Urządzenia indukcyjne
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Induction heating generators
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Induction Heating Products Ambrell
- Generators power 500 W, frequency 150 - 400 kHz
- Generators power 1.2 - 2.4 kW, frequency 150 - 400 kHz
- Generators power 4.2 - 10 kW, frequency 150 - 400 kHz
- Generators power 10-15 kW, frequency 50-150 kHz
- Generators power 30-45 kW, frequency 50-150 kHz
- Generators power 65-135 kW, frequency 50-150 kHz
- Generators power 180-270 kW, frequency 50-150 kHz
- Generators power 20-35-50 kW, frequency 15-45 kHz
- Generators power 75-150 kW, frequency 15-45 kHz
- Generators power 200-500 kW, frequency 15-45 kHz
- Generators power 20-50 kW, frequency 5-15 kHz
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- Induction heating products Denki Kogyo
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JKZ induction heating generators
- Generators CX, frequency: 50-120kHz, power: 5-25kW
- Generators SWS, frequency: 15-30kHz, power: 25-260kW
- Molding and forging furnaces MFS, frequency: 0,5-10kHz, power: 80-500kW
- Melting metals furnaces MFS, frequency: 0,5-10kHz, power: 70-200kW
- Generators UHT, frequency: 200-400kHz, power: 10-160kW
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- Lamp generators for induction heating
- Induction Heating Products - Himmelwerk
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Induction Heating Products Ambrell
- Repairs and modernization
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Applications
- Medical Applications with Precision Induction Heating
- Applications for automotive industry
- Soldering
- Brazing
- Aluminum Brazing
- Brazing a magnetic steel cutting tool
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- Soldering brass and steel radiator caps
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- Soldering a copper lug and a wire
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Induction heating generators
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Service
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- Service of industrial water coolers and air conditioners
- Machines Repairs and Modernizations
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- HV Power Supplies for Electrostatic Precipitators
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Photos are for informational purposes only. View product specification
please use latin characters
External LEM DHAB current sensor connector 750A
For higher current capability, external current sensor and contactors should be used. Currently supported current sensor is LEM DHAB S- 133, which is a dual-range sensor, with measurement range up to ±750 A. Lower range measures up to ±75 A and is used for higher accuracy measurement of low current. Switching of ranges is done automatically by Battery Management System (Tiny BMS) itself.
External LEM DHAB current sensor connector 750A for Battery Management System (Tiny BMS) can hold 150 A discharging current just for very short pulse current spikes (Table 2.1). For higher current capability, external current sensor and contactors should be used. Currently supported current sensor is LEM DHAB S – 133, which is a dual-range sensor, with measurement range up to ±750 A. Lower range measures up to ±75 A and is used for higher accuracy measurement of low current. Switching of ranges is done automatically by Battery Management System (Tiny BMS) itself. External current sensor to Battery Management System (Tiny BMS) system should be connected once at the setup stage of the battery pack.
Note: External current sensor is critical Battery Management System (Tiny BMS) and battery application component. After external current sensor has been connected to Battery Management System (Tiny BMS), BMS must be restarted by the user to confirm that external current sensor is used for battery application, otherwise Battery Management System (Tiny BMS) internal current sensor will be used for current measurement. For complete guide how to properly connect and use external current sensor refer to Chapter 4.
Connector part number, that mates with Battery Management System (Tiny BMS) board is PHR-4 made by JST and connector, that mates with LEM current sensor, part number is 1-1456426-5 made Tyco Electronics. When connecting external current sensor attention must be taken to the positive current direction, providing that high current wire is passed through current sensor in correct direction. Tiny BMS treats positive current from battery positive terminal to load / charger positive terminal.
Note: External current sensor should only be used along with external relay / contactor for load or charger control, when high current capability is needed. When external relay / contactor is used for load / charger switching high current path bypasses the Tiny BMS board and the internal current measurement is not possible.
Battery Management System (Tiny BMS) LEM external current sensor configuration External current sensor can be connected only to the 150 A high power Battery Management System (Tiny BMS) hardware version. Current sensor is the essential component of the battery application, therefore due to the safety reasons there is an important sequence how to connect and use LEM external current sensor.
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External LEM DHAB current sensor connector 750A
For higher current capability, external current sensor and contactors should be used. Currently supported current sensor is LEM DHAB S- 133, which is a dual-range sensor, with measurement range up to ±750 A. Lower range measures up to ±75 A and is used for higher accuracy measurement of low current. Switching of ranges is done automatically by Battery Management System (Tiny BMS) itself.
External LEM DHAB current sensor connector 750A for Battery Management System (Tiny BMS) can hold 150 A discharging current just for very short pulse current spikes (Table 2.1). For higher current capability, external current sensor and contactors should be used. Currently supported current sensor is LEM DHAB S – 133, which is a dual-range sensor, with measurement range up to ±750 A. Lower range measures up to ±75 A and is used for higher accuracy measurement of low current. Switching of ranges is done automatically by Battery Management System (Tiny BMS) itself. External current sensor to Battery Management System (Tiny BMS) system should be connected once at the setup stage of the battery pack.
Note: External current sensor is critical Battery Management System (Tiny BMS) and battery application component. After external current sensor has been connected to Battery Management System (Tiny BMS), BMS must be restarted by the user to confirm that external current sensor is used for battery application, otherwise Battery Management System (Tiny BMS) internal current sensor will be used for current measurement. For complete guide how to properly connect and use external current sensor refer to Chapter 4.
Connector part number, that mates with Battery Management System (Tiny BMS) board is PHR-4 made by JST and connector, that mates with LEM current sensor, part number is 1-1456426-5 made Tyco Electronics. When connecting external current sensor attention must be taken to the positive current direction, providing that high current wire is passed through current sensor in correct direction. Tiny BMS treats positive current from battery positive terminal to load / charger positive terminal.
Note: External current sensor should only be used along with external relay / contactor for load or charger control, when high current capability is needed. When external relay / contactor is used for load / charger switching high current path bypasses the Tiny BMS board and the internal current measurement is not possible.
Battery Management System (Tiny BMS) LEM external current sensor configuration External current sensor can be connected only to the 150 A high power Battery Management System (Tiny BMS) hardware version. Current sensor is the essential component of the battery application, therefore due to the safety reasons there is an important sequence how to connect and use LEM external current sensor.
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