Cable Tie Yellow 7.5" 50lb 100, Colored Cable Ties (zip ties, tie wraps, wire ties) are designed for the bundling of cables and wires.

Cable Tie Blue 7.5" 50lb 100, Colored Cable Ties (zip ties, tie wraps, wire ties) are designed for the bundling of cables and wires.

Wire Marker Cards (#11) vinyl impregnated cloth markers 1.5" long

VACON® 100, 15 HP, 18 A, frame MR6

KIT BEARING SEALING RING W3 SEAL LABYRIN

HPE NW 6100 48G C4 4SFP+ 740W

WTR CHLR 8.1kW 460V 60HZ

Danfoss iC2-Micro, 25 HP, 37 A, 380-480 V, EMC C4, brake chopper, frame MA05a

Danfoss iC2-Micro, 20 HP, 31 A, 380-480 V, EMC C4, brake chopper, frame MA04a

SLO-BLO GLASS BODY .400A AXIAL. 5x20mm time-Lag glass body cartridge fuse designed to JL specification. Features: Designed to UL/CSA/ANCE 248 Standard. Available in cartridge and axial lead format RoHS compliant and lead-free.

The SPF Solar Protection Fuse series has been specifically designed for the protection of photovoltaic (PV) systems. This family of Midget style fuses (10 x 38 mm) can safely protect PV modules and conductors from reverseovercurrent conditions. As PV systems have grown in size, so have the corresponding voltage requirements. This increase in system voltage has typically been intended to minimize power loss associated with long conductor runs. Standard circuit protection devices are not designed to completely protect photovoltaic panels. However, the SPF series is UL Listed to safely interrupt faulted circuits up to this demanding voltage level. Littelfuse offers multiple ampere ratings to match specific requirements in a variety of applications.

VAr Load Sharer. 415/480V 5A. The T4900 is designed to control a generator operating in parallel with the grid, or a generator operating in parallel with other generators (which are also controlled by T4900 units). The T4900 will continuously measure and compare the reactive current on the generator to an external DC reference signal connected to the “parallel line” input. The T4900 will increase or decrease the voltage of the generator (through the AVR) if it finds the reactive current level to be either too low or too high. Two built-in relays provide the increase and decrease pulses for the automatic voltage regulator (AVR). The strength (width) of the pulses is proportional to the voltage deviation. The E7800 Motorised Potentiometer can be used to adapt the contact pulses to a signal suitable for most AVR’s.