Transformateurs BT à sec

General purpose encapsulated open core, and coil transformer (also known as Type IP Control Power transformers) are ideally suited for industrial and light-duty loads, HVAC applications, signal and alarm systems, industrial control panels, lighting, and circuit isolation. The optional fuse block adapter kits enable input and output flexibility. Type IP Control Power transformers are an economical alternative to high in-rush/machine tool transformers.

These GE transformers feature encapsulated core and coils in a NEMA 3R non-ventilated weatherproof enclosure -UL Listed -C-UL Listed-Knockouts provided on back and bottom-High grade silicon steel coreMounting holes on side for easy access-Wiring compartment includes ground stud 1004G04

These GE transformers feature encapsulated core and coils in a NEMA 3R non-ventilated weatherproof enclosure -UL Listed -C-UL Listed-Knockouts provided on back and bottom-High grade silicon steel coreMounting holes on side for easy access-Wiring compartment includes ground stud 1006G02

These GE transformers feature encapsulated core and coils in a NEMA 3R non-ventilated weatherproof enclosure -UL Listed -C-UL Listed-Knockouts provided on back and bottom-High grade silicon steel coreMounting holes on side for easy access-Wiring compartment includes ground stud 1015G02

These GE transformers feature an encapsulated core and coil in a NEMA 3R non-ventilated weatherproof enclosure. UL Listed-C-UL Listed-Knockouts provided on back and bottom-High grade silicon steel core-Mounting holes on side for easy access- Wiring compartment includes ground stud 51B0128

Guard III Harmonic Mitigating Transformers help eliminate harmonics, improve power quality, and help save energy by reducing the energy (heating) losses. They maintain DOE2016 energy efficiency even when harmonics are present.Power supplies that convert AC to DC current – for plant floor equipment, computers, copiers, electronic ballasts, and others – generate harmonics that create an irregular current waveform. These harmonics, in turn, create power quality problems such as overheated transformers, motors and neutral wires; nuisance breaker trips; and electronic equipment malfunction and failure.

Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.Drive Isolation transformers also help to filter the electrical noise caused by SCRs. The delta-wye designs meet the NEC requirements for grounded secondary neutrals that isolate primary distribution systems. Drive Isolation Transformers are UL 1561 listed for non-sinusoidal current loads.

These GE transformers feature an encapsulated core and coil in a NEMA 3R non-ventilated weatherproof enclosure. UL Listed-C-UL Listed-Knockouts provided on back and bottom-High grade silicon steel core-Mounting holes on side for easy access- Wiring compartment includes ground stud 51B0013

1C,250VA,240/480-115/24,TC,PFBCC,SFC,ABB Low Voltage Dry Type Transformer - SPT

These GE transformers feature encapsulated core and coils in a NEMA 3R non-ventilated weatherproof enclosure -UL Listed -C-UL Listed-Knockouts provided on back and bottom-High grade silicon steel coreMounting holes on side for easy access-Wiring compartment includes ground stud 21B9103

This easily installed and serviceable unit incorporates a Type QMS transformer (single-phase) or a Type QL transformer (three-phase), a primary main circuit breaker, a secondary main circuit breaker, and a load-center-design breaker panel. Since these components don't have to be installed and interconnected separately, the contractor or user can reduce installation time and costs. Because of the single-unit concept, only one, handy Service center needs to be mounted. Keyhole mounting flange facilitates easy Mounting-Indoor and outdoor Use-Front - accessible, hinged or removable panel door-Heat barrier under core and coil provides added electrical and thermal isolation for wiring compartment-High-efficiency core construction-Factory installed and wired GE main and secondary main circuit breakers-Transformer, distribution panel and breakers are all designed, built and assembled by GE 21S1050

Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.Drive Isolation transformers also help to filter the electrical noise caused by SCRs. The delta-wye designs meet the NEC requirements for grounded secondary neutrals that isolate primary distribution systems. Drive Isolation Transformers are UL 1561 listed for non-sinusoidal current loads.

Core and coil transformers for machine tool applications are used to provide voltage to control devices in applications where regulation and minimum space are important. Fully encapsulated coil is impervious to moisture-Pressure plate terminals ensure secure connections-Terminal board is anchored in the epoxy for greater reliability-Wide variety of fusing options-Rugged, high-impact plastic terminal board-Full head 8 brass screws assure quick, easy terminations with maximum connection integrity-Copper windings -Flexible design allows inp ut or ou tput volta ge to ma tch a ny app lication-CUL, CE, UL approvals-Available fuse-clips offer simple, low-cost fusing with terminal block models and minimum space are important. 58K0050

Core and coil transformers for machine tool applications are used to provide voltage to control devices in applications where regulation and minimum space are important. Fully encapsulated coil is impervious to moisture-Pressure plate terminals ensure secure connections-Terminal board is anchored in the epoxy for greater reliability-Wide variety of fusing options-Rugged, high-impact plastic terminal board-Full head 8 brass screws assure quick, easy terminations with maximum connection integrity-Copper windings -Flexible design allows inp ut or ou tput volta ge to ma tch a ny app lication-CUL, CE, UL approvals-Available fuse-clips offer simple, low-cost fusing with terminal block models and minimum space are important. 58K0052

1C,150VA,240/480-115/24,TC,PFBCC,SFC,ABB Low Voltage Dry Type Transformer - SPT

1C,100VA,575-115,TCL,PFBCC,SFC,ABB Low Voltage Dry Type Transformer - SPT

1C,150VA,575-115,TCL,PFBCC,SFC,50/60,ABB Low Voltage Dry Type Transformer - SPT

1C,250VA,575-115,TCL,PFBCC,SFC,50/60,ABB Low Voltage Dry Type Transformer - SPT

IP20,6-position,clear,terminal covers Low Voltage Dry Type Transformer - SPT

1C,350VA,575-115,TCL,PFBCC,SFC,50/60,ABB Low Voltage Dry Type Transformer - SPT