Honeywell 2763 S87B1024 DSI MODULE 21 SEC. LOCKOUT DSI MODULE 21 SEC. LOCKOUT

DSI CONTROL 21 SEC SINGLE ROD ALARM

A DSI control 21 second delay lockout module is designed for installation in control panels that use Honeywell Time Delay Relays. The DSI control 21 second delay lockout module is powered by the lines, and senses the tamper condition of a single rod alarm switch. This DSI control 21 second delay lockout module has a mounting plate for firm installation in the control panel. The DSI control 21 second delay lockout module is one line and one point user selectable and features dual LED indication windows.

Single rod alarm DSI Control 21 second single rod alarm is a direct replacement for Honeywell model 2763 S87B1024

The Honeywell 2763 S87B1024 DSI MODULE 21 SEC. LOCKOUT DSI MODULE is a dsi control that allows you to set or reset the delay on the lock out period with a cycle counter of 0-21 seconds. It has a terminal block output, and can be reset when the output is open or closed. This control is hardwired and comes with two wires, black and white, that connect to it via screw terminal connectors.

Specially designed for harsh industrial environments, DSI (Direct Spill-Immersion) valves have been tested to meet IP68 ingress protection. The S87B1024 is an intelligent, solid state electronic module with a 21-second cycle time and a single rod lock out feature. The module is totally encapsulated in an epoxy resin package which meets the NEMA 4X rating.

A DSI control for hardwired smoke detectors with a 21 second delay allowing the occupant to cancel the alarm before it sounds. Features include Honeywell's high quality wired al

The Honeywell 2763 is a DSI/Data Distribution System I (DSI) control, the smallest DSI available that features patented auto-align inductive coupling technology for wiring flexibility. The Honeywell 2763 provides 21 second basic fixed delay (time), 8 additional event buttons and a 16 position dial.

The DSI Controller has 2 circuits for standard access control allowing either normally closed or normally open outputs. The DSI system allows detector wires to be connected individually to the controller so that the panel can respond appropriately to individual conditions. A visual supervision LED can be assigned to each output to indicate when an individual zone is occupied.