"kldr.150hxp inc"

0.8 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

0.2 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

DIN Releasable Fuse Blocks, Blocks, Brand or Series: Class CC, Number of Poles: 3 Pole, Amp Rating: 30, Voltage Rating: 600 VAC, Terminal Type: Pressure Plate with Quick Connect, Material: Thermoplastic, Dimensions: 3 Length x 2.25 Width x 1.25 Depth Inch, Features: One-Piece Fuse Clip, Fuses: Class CC/KLDR, KLKR, CCMR, Max. Current: 200000 Amp RMS Symmetrical, Max. Wire Size: #10 Copper

Category: Class CC Fuse Blocks

Fuse Blocks, Blocks, Brand or Series: Class CC, Number of Poles: 1 Pole, Amp Rating: 30, Voltage Rating: 600 VAC, Terminal Type: Screw, Quick Connect Terminal, Material: Thermoplastic, Dimensions: 3 Length x 783 Width x 125 Depth Inch, Features: One-Piece Fuse Clip, Fuses: Class CC/KLDR, KLKR, CCMR, Max Current: 200000 Amp RMS Symmetrical, Max Wire Size: #10 Copper

Category: Class CC Fuse Blocks

.6 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

.4 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

.25 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

Fuse Blocks, Blocks, Brand or Series: Class CC, Number of Poles: 3 Pole, Amp Rating: 30, Voltage Rating: 600 VAC, Terminal Type: Box Lug, Material: Thermoplastic, Dimensions: 3 Length x 2.25 Width x 1.25 Depth Inch, Features: One-Piece Fuse Clip, Fuses: Class CC/KLDR, KLKR, CCMR, Max. Current: 200000 Amp RMS Symmetrical, Max. Wire Size: #6 Copper. DIN Rail Mount.

Category: Class CC Fuse Blocks

0.1 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

.187 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

.5 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

.75 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

.3 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

0.125 Amps, 600VAC, Industrial & Electrical Fuses Time Lag (Slo-Blow)

Category: Class CC Fuses

Fuse Blocks, Blocks, Brand or Series: Class CC, Number of Poles: 3 Pole, Amp Rating: 30, Voltage Rating: 600 VAC, Terminal Type: Screw, Quick Connect Terminal, Material: Thermoplastic, Dimensions: 3 Length x .783 Width x 1.25 Depth Inch, Features: One-Piece Fuse Clip, Fuses: Class CC/KLDR, KLKR, CCMR, Max. Current: 200000 Amp RMS Symmetrical, Max. Wire Size: #10 Copper.

Category: Class CC Fuse Blocks

Relay Sockets & Hardware Mounting HDWR kit inc with the MPS-OPI

Category: Power Monitoring Relays

L60 VERY FAST-ACTING SEMICONDUCTOR 175A. Designed to protect todayÆs equipment and systems, Littelfuse semiconductor fuses are manufactured with Littelfuse-developed technology that sets tomorrowÆs standards for accuracy, consistent quality, reliability, and predictable performance. By using advanced metallurgical, polymer, and materials research, mathematical modeling, and computerized statistical analysis. Littelfuse engineers have redefined ôState-of-the-Art.ö Applications: Designed specifically for supplementary protection of semiconducting devices such as silicon controlled rectifiers (SCRÆs), diodes, thyristors, triacs, transistors, and similar solid-state devices. These devices are used in power equipment including variable speed drives, power rectifiers, UPS systems, DC power supplies, and in a wide range of electronic equipment. May be used wherever extremely fast-acting, current-limiting fuses with no time delay are required. Safety 200,000 A.I.R. ù Reliable interruption of all overcurrents up to 200,000 amperes . . . meets present and future system requirements. (Note: L15S series has 100,000 A.I.R.). Extremely Current Limiting ù Low I2t and peak let-through currents meet most semiconductor requirements. UL Recognized ù Littelfuse semiconductor fuses are recognized under the components program of Underwriters Laboratories, Inc., and carry the mark. UL Recognized semiconductor fuses may be used to provide supplementary protection in UL listed equipment. Safety Low Watt Losses ù Means less heating and power consumption in circuit. Controlled Transient Overvoltages ù All circuits are subject to transient overvoltages during fault current interruption. These transient overvoltages (arc voltages) start when fuse links melt or circuit breaker contacts part, and subside when circuit is interrupted. Semiconductors are very sensitive to overvoltages. Littelfuse semiconductor fuse designs keep transient overvoltages to low levels and help reduce semiconductor failure.

Category: Semiconductor Fuses

KLC VERY FAST-ACTING SEMICONDUCTOR 15A. Designed to protect todayÆs equipment and systems, Littelfuse semiconductor fuses are manufactured with Littelfuse-developed technology that sets tomorrowÆs standards for accuracy, consistent quality, reliability, and predictable performance. By using advanced metallurgical, polymer, and materials research, mathematical modeling, and computerized statistical analysis. Littelfuse engineers have redefined ôState-of-the-Art.ö Applications: Designed specifically for supplementary protection of semiconducting devices such as silicon controlled rectifiers (SCRÆs), diodes, thyristors, triacs, transistors, and similar solid-state devices. These devices are used in power equipment including variable speed drives, power rectifiers, UPS systems, DC power supplies, and in a wide range of electronic equipment. May be used wherever extremely fast-acting, current-limiting fuses with no time delay are required. Safety 200,000 A.I.R. ù Reliable interruption of all overcurrents up to 200,000 amperes . . . meets present and future system requirements. (Note: L15S series has 100,000 A.I.R.). Extremely Current Limiting ù Low I2t and peak let-through currents meet most semiconductor requirements. UL Recognized ù Littelfuse semiconductor fuses are recognized under the components program of Underwriters Laboratories, Inc., and carry the mark. UL Recognized semiconductor fuses may be used to provide supplementary protection in UL listed equipment. Safety Low Watt Losses ù Means less heating and power consumption in circuit. Controlled Transient Overvoltages ù All circuits are subject to transient overvoltages during fault current interruption. These transient overvoltages (arc voltages) start when fuse links melt or circuit breaker contacts part, and subside when circuit is interrupted. Semiconductors are very sensitive to overvoltages. Littelfuse semiconductor fuse designs keep transient overvoltages to low levels and help reduce semiconductor failure.

Category: Semiconductor Fuses