Fenwal 35-605601-101 "24V DSI MOD "24V DSI MOD

"24V DSI MOD

This product is a "24V DSI MOD. The manufacturer's model number is 35-605601-101."

The Fenwal "24V DSI MOD is a 24VDC 100 Amp hour, maintenance free, valve regulated, lead acid battery. This battery is sealed and maintenance-free. The battery is Designed for stand-by power systems, UPS systems, communications equipment, alarm panels and even backup power applications.

The Fenwal "24V DSI MOD produces a high quality sound with a warm atmospheric vintage character. A fantastic plug-and-play solution for both stage and studio, the module is ready to go right out of the box. It has many great features such as a toggle switch with a three position rotary switch for performance controls.

Lightweight model designed for use with the Fenwal 24V DSI MOD. Details: 3-1/2 in. chamber size, max operating pressure up to 500 psi, storage temperature range of 25 deg C

Easy to install, simple to service and cost-effective, these new DSI modules are designed to deliver maximum performance using today's low voltage 24VDC and 110VDC power supplies. With universal input/output capabilities, these modules can be configured for a wide range of AC & DC loads.

The DSI Mod is a compact, modular signal interface that allows Selex to measure the digital data streams (e.g. bus and node) of almost any device in automation systems. In addition to the frequency-agile RF wireless option, up to four devices can be daisy-chained off this module. It replaces several other DAS interfaces including AMR, RAII and LY4F.

Digital Spill-Immune Modular Technology (DSIMT) in 24-Volt DC–powered, heavy-duty modular systems. Distributed intelligence – small modules can be grouped for performance comparable with very large pulse lines. Digital control — power supplies, signal conditioning, high-power rectifiers, and controller on each module. Opto-isolated modular input and output — isolates digital electronics from damaging voltage transients. Safe overvoltage protection — protects the equipment if systems are overdimensioned or used outside of specification range.