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Measuring Transformer
  • Part of DEIF’s current transformer range, the measuring transformers convert high current to lower nominal current value, thus making it possible to use instruments and relays with standardised values of rated current. DEIF offers 41 different physical sizes of the measuring transformers.
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Power Current Transformer
  • The PCT is a combined transformer with both a voltage and a current output for DIN mounting.It decreases mounting space, minimises the numbers of connections on the terminals, and this reduces mounting costs.A fuse is directly mounted on the priamary conductor which gives a short unprotected part of the terminal and results in high reliability.
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Primary winding current transformer
  • Based on the physical operating principle of current transformers, the required core volume transferring an amount of power, increases rapidly with a decreasing nominal current. As there are limits on increasing the transformer size, Primary winding current transformer are being used. Primary Winding Transformer, WSK, is the perfect choice for low currents in the range 1 A to 100 A.
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Split Core Current Transformer
  • The compact SCT split-core current sensor from DEIF is especially designed for retrofitting on existing installations. The SCT series is supplied with color coded leads. The accuracy class 3 or 1 for all these CT’s is perfect for high accurate current measurements.Correct closing of the current sensor is guaranteed by a distinct sound of a “click”.
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Split Core Transformer
  • DEIF’s split-core current transformers are cost-saving and easy-to-install units for responsible and efficient energy management solutions and for retrofitting existing installations. Because the split-core transformers can be mounted with a click and without interrupting the power supply, installation is smooth and executed in no time. KBU is the ideal split core transformer for retrofit projects where DEIF covers the range from 100 A to 5,000 A.
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Protection current transformer
  • Protection current transformers are for the control of protecting relays which have the task to separate switched circuits in the event of over current. For a save function of these relays a proportional transfer ratio of the transformer up to a multiple of the nominal current is necessary. the protection transformers are used for overcurrent and earth fault protection in balanced protection systems. DEIF offers 15 different physical sizes of the protection transformers.The housing of the transformers is made of impact-resistant thermoplastic to ensure a highly reliable quality. The terminals of the transformers are protected by a cover.
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Summation current transformer
  • Summation current transformers are suitable for the summation of several synchronized alternating currents with similar phases but with differing load phase shifts. It is also possible to have the summation of currents with varied nominal voltages of similar phase positions. Part of DEIF's current transformer range, the summation transformers summarise the secondary currents of any number of main current transformers to a common secondary signal . DEIF offers 2 different physical sizes of the summation transformers. The housing of the transformers is made of impact-resistant thermoplastic to ensure a highly reliable quality. The terminals of the transformers are protected by a cover.
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Shunt Resistor
  • Shunts provide an accurate DC milivolt signal to drive moving-coil ammeters, overload protection and control units for higher ampere range. Shunt Resistors introduced by two generally type as 60 and 150 mV. Type 60 mV divided into A and B form. Also , Type 150mV divided into Three form as A , B and C.
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Battery Charger
  • The DBC-1 can be used as DC supply due to the low ripple of maximum 1.3%. Automatic recovery and protection against overload, short circuit and reverse polarity are standard functionalities of the DBC-1. It is designed to charge both lead-acid and gel batteries. The recommended charge voltage for each cell in a lead battery is 2.3 V. With 6 cells, the charge voltage will be 13.8 V, and with 12 cells it will be 27.6 V. These levels are the default settings of the DBC-1 for 12 V and 24 V applications. The value of 2.3 V is also called the float charge of the battery. The float charge is the recommended charge voltage to maintain the capacity of the battery.
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Battery Charger and Power Supply
  • The DCP2 can be applied as battery charger or stabilized network component as a universal DC voltage supply. As battery charger parallel operation with other DC consumers is possible. Using switch mode technology to ensure an extremely low ripple, the DCP2 is a safe choice both as a battery charger and/or a DC power supply.Furthermore high efficiency, protections and low weight are key words in most applications.
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