SPV.92-DaR

Manufactured by Simmtronic Ltd.

Product Buying Options

Additional Sales Information: For further information and to secure supply, please contact Simmtronic on 01992 450126.

Product Description

The SPV.92 digitally controlled Lighting Control Module is a key building block in the advanced SPECS3 lighting control system (the SPV.92DaR is a version of the SPV.92). With 9 output ports, this module allows large areas to be lit in an efficient 3 by 3 luminaire pattern and acts as an efficient marshalling box for rapid and cost effective installation of luminaires with factory fitted flying leads. Each of the 6 pole sockets allows 3 pole plugs to be used for standard luminaires, 6 pole plugs are required for dimming fittings or those requiring a permanent live for emergency inverters. For the purpose of testing emergency inverters an independent relay within the SPV.92 is used to break the permanent live supply to all 9 sockets.

Solution Features:

• Ideal for False Ceiling Applications.
• Full addressability with complete independent control of each port.
• 9 port module allows an efficient 3 by 3 luminaire pattern.
• Single twisted pair cable connection for sensors / switches (E-Bus).
• Flexible configuration via SPECS Manager graphical software.
• Switching or dimming with easy upgrade path.
• Analog, DSI or DALI versions.
• 6 pole sockets, accepts 3 pole plug for standard luminaires.
• External fuse and LED operating indicator.
• Built in emergency test and load shedding support.
• Built in fade processing.

Control Features:

All versions of the SPV.92 (including the SPV.92DaR) have complete full addressability of all 9 ports. This ensures that any control device may control any group of lights, this is a system wide feature with no limitation between areas and number of devices involved. 

Installation:

This LCM should only be installed in “no operator access” areas where access is only achieved by use of a tool.

Manufacturer Profile

Simmtronic Ltd.

Building & Construction / Lighting

Click here

Share this page: