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Current compensated choke - 10 - 20 A, 540 VAC - 760 VDC | DKIL-1
This current compensated choke, which may be used with frequency converters, and...
Current compensated choke - 10 - 20 A, 540 VAC - 760 VDC | DKIL-1
This current compensated choke, which may be used with frequency converters, and other applications, comes with a flange for mounting onto printed circuit boards and a fully potted resign. It consists of a 1-phase choke and THT-terminals, and is defined by the following standards: EN 60938, UL 1283, and CSA 22.2 no 8.
Current compensated choke - 10 - 50 A, 540 VAC - 760 VDC | DKIP-1
This equipment has current compensated choke...
Current compensated choke - 10 - 50 A, 540 VAC - 760 VDC | DKIP-1
This equipment has current compensated choke and flexible wiring. There is a flange for upholding the printed circuit board with standards being EN 60938, UL 1283 and CSA 22.2 no 8.
Current compensated choke - 3 - 8 A, 540 VAC - 760 VDC | DKLL-3
The DKLL-3 gas is a choke that is capable of current compensation. Its...
Current compensated choke - 3 - 8 A, 540 VAC - 760 VDC | DKLL-3
The DKLL-3 gas is a choke that is capable of current compensation. Its choke handles 3 phases. It features THT terminals and a flange to enable mounting onto printed circuit boards. It also has a complete potted resign. It meets EN 60938, UL 1283 and CSA 22.2 no 8 standards.
Current compensated choke - 0.5 - 15 A, 440 VAC | DFK
Description
Current compensated choke
1- or 3-phase...
Current compensated choke
1- or 3-phase...
Current compensated choke - 0.5 - 15 A, 440 VAC | DFK
Description
Current compensated choke
1- or 3-phase choke
THT terminals or wire leads
Flange for mounting onto printed circuit board
Fully potted resign
Standards
- EN 60938
- UL 1283
- CSA 22.2 no 8
Current compensated choke
1- or 3-phase choke
THT terminals or wire leads
Flange for mounting onto printed circuit board
Fully potted resign
Standards
- EN 60938
- UL 1283
- CSA 22.2 no 8
Grounding choke - 16 - 25 A, 5 MHz | DEH
These ground wire chokes have suitable wire leads and standardized specifications of EN 60938
Filter coil / washing / cleaning - max. 2150 mm
To ensure the manufacture of high-quality panels it is necessary to rid coil material and blanks of dirt and deposits. This procedure not only achieves a good surfact quality, it also reduces any contamination of the deep drawing dies. The result: longer die service life, increased productivity and reduced costs. The effects of...
Filter coil / washing / cleaning - max. 2150 mm
To ensure the manufacture of high-quality panels it is necessary to rid coil material and blanks of dirt and deposits. This procedure not only achieves a good surfact quality, it also reduces any contamination of the deep drawing dies. The result: longer die service life, increased productivity and reduced costs. The effects of constant cleaning and a consistent amount of residual oil over the entire manufacturing process reduces quality-related downtimes.
Coil washing units from Schuler are modular in construction and can be supplied in a variety of designs. Whether for processing of steel or aluminum, outer skin panels or structural parts, the coil washing unit should be specifically constructed for the application. Thus, for example, coil washing units can be designed to be with height or lateral adjustment to avoid contact between a coil that is not to be cleaned and the washing medium. Modular filter concepts permit the user to adapt the system to the application and to the degree of contamination. Sliding doors on the front side as well as a removable top cover ensure excellent accessibility to all components of the equipment. The ease of maintenance is is further improved by the ability to lift out single pairs of rollers by crane. These then can be remachined and automatically synchronized.
Coil washing units from Schuler are modular in construction and can be supplied in a variety of designs. Whether for processing of steel or aluminum, outer skin panels or structural parts, the coil washing unit should be specifically constructed for the application. Thus, for example, coil washing units can be designed to be with height or lateral adjustment to avoid contact between a coil that is not to be cleaned and the washing medium. Modular filter concepts permit the user to adapt the system to the application and to the degree of contamination. Sliding doors on the front side as well as a removable top cover ensure excellent accessibility to all components of the equipment. The ease of maintenance is is further improved by the ability to lift out single pairs of rollers by crane. These then can be remachined and automatically synchronized.
Wire-wound inductor / SMD / for electronics - 1.3 - 75 nH | LQW15AN_80 series
The LQW15AN 80 series features improved steps in the inductance value and comes...
Wire-wound inductor / SMD / for electronics - 1.3 - 75 nH | LQW15AN_80 series
The LQW15AN 80 series features improved steps in the inductance value and comes with a wire-wound chip RF inductor size 0402.Dimensions are:1.0x0.5mm suited for large currents of a maximum 3,150mA and has an inductance value of 1.3nH-75nH. The application of high rated current is possible due to lower DC resistance.
Chip inductor / for electronics - 0.47 - 2.2 µH | LQM2HPN_GH series
LQM2HPN GH brand new series has lower DC resistance than the LQM2HPN G0 series which offers...
Chip inductor / for electronics - 0.47 - 2.2 µH | LQM2HPN_GH series
LQM2HPN GH brand new series has lower DC resistance than the LQM2HPN G0 series which offers enhancements in rated current value and bias current characteristics. This new series features smaller size(2.5x2.0mm) with 1.00mm max thickness and large current of 2,600mA at 0.4microH. It comes with inductance value of 0.47-2.2microH and tin plated terminals.
Chip inductor / for electronics
The Murata Manufacturing Co. introduces a new line of inductors which are specifically...
Chip inductor / for electronics
The Murata Manufacturing Co. introduces a new line of inductors which are specifically designed to be used for myriad of applications. These inductors have different features like the expansion of inductance acquisition range, expansion of products with different tolerances, further improved steps in the inductance value, and a lot more.