Electrical

UL Certified when used with KNIPEX crimping pliers (97 53 04, 97 53 08, 97 53 09, 97 53 14 and 97 43 200)Copper with an electro tin plated surfaceGray plastic collar

UL Certified when used with KNIPEX crimping pliers (97 53 04, 97 53 08, 97 53 09, 97 53 14 and 97 43 200)Copper with an electro tin plated surfaceBlue plastic collar

CU CMP 350 kcmil 9/16-1-3/4 TUL CSA LONG BARREL WITH SIGHT

The ARP Series is used in systems where equal run time for two motors is desirable. The selector switch allows selection of alternation of either load for continuous operation. LED’s indicate the status of the output relay. This versatile series may be...

The ALT alternating relays are used to alternate between two loads. The ALT is commonly used in duplex pumping applications to balance the runtime of both pumps. The ALT-S is used in single high-level float applications. When the float switch opens, the...

The ARP Series is used in systems where equal run time for two motors is desirable. The selector switch allows selection of alternation of either load for continuous operation. LED’s indicate the status of the output relay. This versatile series...

SB5000 Industrial Shock-Block Manual SB5000 Datasheet   SB5032-201-0 is an Industrial Shock Block® with a supply voltage of 480 and trip level (mA) at 20 (fixed).

The Littelfuse models 111P (115 volt, ⅓ to 1hp); 233P-1.5 (230 volt, ⅓ to 1.5hp); and 233P (230 volt, ⅓ to 3hp) are single-phase pump monitors used in a variety of applications to protect from dry-well, dead-head, jammed impeller, rapid-cycling,...

The FLNR series sets the standard for general purpose fuses. The dual-element design provides advanced short-circuit and overload protection. These time-delay fuses are also available in an indicating version, see FLNR_ID series.

The ARP Series is used in systems where equal run time for two motors is desirable. The selector switch allows selection of alternation of either load for continuous operation. LED’s indicate the status of the output relay. This versatile series may be...

The FLM series 250 V fuses are designed to protect control circuit transformers, solenoids, and other circuits with high in-rush currents. They are also excellent for supplemental protection of small motors. The time-delay design can carry an overload...

UL Certified when used with KNIPEX crimping pliers (97 53 04, 97 53 08, 97 53 09, 97 53 14 and 97 43 200)Copper with an electro tin plated surfaceRed plastic collar

UL Certified when used with KNIPEX crimping pliers (97 53 04, 97 53 08, 97 53 09, 97 53 14 and 97 43 200)Copper with an electro tin plated surfaceBlack plastic collar

UL Certified when used with KNIPEX crimping pliers (97 53 04, 97 53 08, 97 53 09, 97 53 14 and 97 43 200)Copper with an electro tin plated surfaceYellow plastic collar

SB5000 Industrial Shock-Block Manual SB5000 Datasheet   SB5060-001-0 is an Industrial Shock Block® with a supply voltage of 208 and trip level (mA) at 20 (fixed).

The 350 series is a heavy-duty voltage monitor. This product should be used when high-current relays or dual contacts are required or when 480 V controls are used. Since the 350 series uses heavy-duty relays, it comes in fixed-voltage range models rather...

SB5000 Industrial Shock-Block Manual SB5000 Datasheet   This Shock Block is a 208 V Class A GFCI, allowing commercial kitchens, construction sites, and other non-dwelling units with wet areas to meet NEC 210.8(B) for their three-phase loads up to...

SB5000 Industrial Shock-Block Manual SB5000 Datasheet   This Shock Block is a 208 V Class A GFCI, allowing commercial kitchens, construction sites, and other non-dwelling units with wet areas to meet NEC 210.8(B) for their three-phase loads up to...

Surge protective devices (SPDs) provide equipment protection from transient overvoltage events lasting microseconds. By limiting the overvoltage to the equipment during these events, costly damage and downtime can be mitigated. The NEMA-style SPDN series...

The SPD2 1P+0 series is a surge protection device that safeguards components from transient overvoltage or surges that last micro-seconds by limiting the fault current to a load or the unit being protected. The majority of surges are caused by equipment...