Verivolt LLC products

Solderless RJ45 to terminal block adapters provide a reusable connection solution resulting in a simple and convenient method of connecting Verivolt sensors to different types of signals over STP CAT5e or CAT6 cable without the use of tedious RJ45 connectors and crimp tools. If you need to change or modify your installtion for use with different signal standards... no problem. Simply change the wiring with a small slotted screw driver - no additional connectors necessary.

Solderless RJ45 to terminal block adapters provide a reusable connection solution resulting in a simple and convenient method of connecting Verivolt sensors to different types of signals over STP CAT5e or CAT6 cable without the use of tedious RJ45 connectors and crimp tools. If you need to change or modify your installtion for use with different signal standards... no problem. Simply change the wiring with a small slotted screw driver - no additional connectors necessary. Includes cable tie mount on rear of terminal block for additional strain relief as well as a cable tie and strain relief boot cover.

The IsoBlock I-ZF is a sensor designed for high-performance current measurements with ranges from 10A to 2000 Amperes. The IsoBlock I-ZF is a non-contact sensor that inherently provides primary-to-secondary isolation, which allows users to monitor a miscellaneous of currents at different potentials. The IsoBlock I-ZF consists of 2 parts, a toroid and a DIN rail mounted conditioning unit. As all devices from the IsoBlock family it has an anti-aliasing filter and a conditioning stage to output a ±10V signal. The compact form factor of the IsoBlock I-ZF module allows users to setup high channel density monitoring systems.

This galvanic barrier prevents unwanted currents from flowing along the circuit and adds a level of protection as well as allows to operate grounds with different potentials.

The IsoBlock module was designed to provide low-cost and high-quality isolated differential voltage measurements along a chain of fuel-cells or batteries. Our innovative modular architecture and isolation techniques allow users to connect multiple IsoBlock modules together serially, facilitating the monitoring of long fuel-cell or battery chains.

The IsoBlock Q module was designed to isolate the voltage across cable segments of a superconducting magnet, as well as coils, half and full magnets. By placing multiple IsoBlock sensors along the length of a superconducting cable, a time-of-flight technique can be used to locate a quench origin. Also, Isoblock sensors can be placed across larger symmetrical segments of a magnet to detect when the magnet starts quenching from superconducting state.