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General| Brand | InoTec |
|---|---|
| Model | ELS/SV |
| Category | Lighting Equipment |
| Language | English |
Emphasizes that installation must be performed exclusively by trained and qualified electricians.
States the device must be operated as intended and only in a perfect, undamaged condition.
Details the various parts and modules included within the ELS/SV system, such as the control module and converters.
Details the display, push-buttons, and status LEDs of the system's control module for operation and programming.
Covers supply voltage, terminal types, outgoing circuit specifications, and input/output voltages for the ELS/SV.
Explains the use of standard circuits and the Joker Technique for flexible luminaire operation modes.
Details the DPÜ's function, features like LED indicators, and technical specifications for mains monitoring.
Explains the RTG bus connection for linking multiple ELS/SV units to a central monitoring system for data management.
Shows how to connect the system to PCs or central units for data management, display, and printing.
Lists critical checks required before powering up the ELS/SV system, including connections and polarity.
Step-by-step instructions for safely powering the system on and off, including battery connection order.
Guides users through the system's programming menus and selection options for configuration.
Continues the explanation of menu structure and basic operation for programming system parameters.
How to view and interpret detailed fault messages for luminaires, converters, and other system components.
Setting the system for manual reset after a mains failure, ensuring continuous emergency lighting until general lighting is restored.
How to temporarily disable the entire system, switching off all lights, often used for maintenance.
Setting up the connection for central monitoring or PC supervision via RTG bus or INOLAN module.
Setting the operation mode (maintained, non-maintained, or switch-maintained) for individual output circuits.
Assigning specific luminaire addresses to output circuits for individual monitoring and control.
Steps to diagnose and resolve issues related to luminaire operation, EVG faults, and address settings.
Steps to diagnose and resolve problems related to battery charging and circuit interruptions.
Procedures for diagnosing and addressing failures caused by main power distribution issues.
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