2.1.2 ESPTIX1R80 – „Light controller LUMaticX, gradational-control, 1 entrance-lighting“ EN

• Light controller for activating and controlling entrance lighting
• Stepped control with up to 8 steps according to the luminance difference method
• Processing of 1 x luminance value L₂₀ (outer field)
• Processing of 1 x luminance value L_th (threshold zone)
• Ready assembled on mounting plate for installation in control cabinets

• Control-, visualization- and communication-processor
• Touchpanel (1024x768, 15")
• 256 KByte RAM
• Real-time clock
• Digital-IN 32 channel, digital-OUT 32 channel (optional expandable)
• Analogue-IN 4 channel 16 Bit, analogue-OUT 4 channel 12 Bit (optional expandable)
• Diagnostic module for control voltage 24 V
• 8 hardware fault messages (optionally expandable)
• 1 x bistable relay module 8-fold (optionally expandable)
• Overvoltage protection and isolating amplifier
• CPU external DC 24 V / 5 A power supply
• Profibus-DP Master

• Operating system, system software and all necessary licenses
• Basic visualization package (overview, details, parameters, manual legend, message system with 32 messages, energy: single-line diagram of light control, optionally expandable)
• Simulation mode (hand / operator)
• Switchable measuring method (CIE-88 / RABT 2006 / DIN 67524)
• User management with password hierarchy
• Online language switching
• Direction-dependent external special-operation inputs (event fire / full lighting / service-maintenance / control via SCADA / optionally extendable)
• Sensor redundancy programs

• Adjustment of the luminance of the threshold and transition zone to the outer field
• Activation of the day stages subject to the luminance on the lane of the threshold zone
• Automatic adjustment of the luminance to the actual needs
• Energy savings through compensation of planning reserves
• Safety gain through autotracking in case of decrease of luminous flux (e.g. lamp ageing)
• Ageing of the lamps, pollution of the luminaires and changing reflection properties of the tunnel walls and the road are compensated by the lighting control system, as far as this is possible.

2.1.4 ESPTIX2R80 – „Light controller LUMaticX, gradational-control, 2 entrance-lightings“ EN

• Light controller for activating and controlling entrance lighting
• Stepped control with up to 2 x 8 steps according to the luminance difference method
• Processing of 2 x luminance value L₂₀ (outer field)
• Processing of 2 x luminance value L_th (threshold zone)
• Ready assembled on mounting plate for installation in control cabinets

• Control-, visualization- and communication-processor
• Touchpanel (1024x768, 15")
• 256 KByte RAM
• Real-time clock
• Digital-IN 32 channel, digital-OUT 32 channel (optional expandable)
• Analogue-IN 4 channel 16 Bit, analogue-OUT 4 channel 12 Bit (optional expandable)
• Diagnostic module for control voltage 24 V
• 8 hardware fault messages (optionally expandable)
• 2 x bistable relay module 8-fold (optionally expandable)
• Overvoltage protection and isolating amplifier
• CPU external DC 24 V / 5 A power supply
• Profibus-DP Master

• Operating system, system software and all necessary licenses
• Basic visualization package (overview, details, parameters, manual legend, message system with 32 messages, energy: single-line diagram of light control, optionally expandable)
• Simulation mode (hand / operator)
• Switchable measuring method (CIE-88 / RABT 2006 / DIN 67524)
• User management with password hierarchy
• Online language switching
• Direction-dependent external special-operation inputs (event fire / full lighting / service-maintenance / control via SCADA / optionally extendable)
• Sensor redundancy programs

• Adjustment of the luminance of the threshold and transition zone to the outer field
• Activation of the day stages subject to the luminance on the lane of the threshold zone
• Automatic adjustment of the luminance to the actual needs
• Energy savings through compensation of planning reserves
• Safety gain through autotracking in case of decrease of luminous flux (e.g. lamp ageing)
• Ageing of the lamps, pollution of the luminaires and changing reflection properties of the tunnel walls and the road are compensated by the lighting control system, as far as this is possible.

2.2.2 ESPTIX1K40 – „Light controller LUMaticX, continuous-control, 1 entrance-lighting“ EN

• Light controller for activating and controlling entrance lighting
• Continuous regulation according to the luminance difference method
• Processing of 1 x luminance value L₂₀ (outer field)
• Processing of 1 x luminance value L_th (threshold zone)
• Ready assembled on mounting plate for installation in control cabinets

• Control-, visualization- and communication-processor
• Touchpanel (1024x768, 15")
• 256 KByte RAM
• Real-time clock
• Digital-IN 32 channel, digital-OUT 32 channel (optional expandable)
• Analogue-IN 4 channel 16 Bit, analogue-OUT 4 channel 12 Bit (optional expandable)
• Diagnostic module for control voltage 24 V
• 8 hardware fault messages (optionally expandable)
• 1 x bistable relay module 8-fold (optionally expandable)
• Overvoltage protection and isolating amplifier
• CPU external DC 24 V / 5 A power supply
• Profibus-DP Master

• Operating system, system software and all necessary licenses
• Basic visualization package (overview, details, parameters, manual legend, message system with 32 messages, energy: single-line diagram of light control, optionally expandable)
• Simulation mode (hand / operator)
• Switchable measuring method (CIE-88 / RABT 2006 / DIN 67524)
• User management with password hierarchy
• Online language switching
• Direction-dependent external special-operation inputs (event fire / full lighting / service-maintenance / control via SCADA / optionally extendable)
• Sensor redundancy programs

• Adjustment of the luminance of the threshold and transition zone to the outer field
• Activation of the day stages subject to the luminance on the lane of the threshold zone
• Accurate automatic adjustment of the luminance to the actual requirements through dimming
• Energy savings through compensation of planning reserves
• Safety gain through autotracking in case of decrease of luminous flux (e.g. lamp ageing)
• Ageing of the lamps, pollution of the luminaires and changing reflection properties of the tunnel walls and the road are compensated by the lighting control system, as far as this is possible.

2.2.4 ESPTIX2K40 – „Light controller LUMaticX, continuous-control, 2 entrance-lightings“ EN

• Light controller for activating and controlling entrance lighting
• Continuous regulation according to the luminance difference method
• Processing of 2 x luminance value L₂₀ (outer field)
• Processing of 2 x luminance value L_th (threshold zone)
• Ready assembled on mounting plate for installation in control cabinets

• Control-, visualization- and communication-processor
• Touchpanel (1024x768, 15")
• 256 KByte RAM
• Real-time clock
• Digital-IN 32 channel, digital-OUT 32 channel (optional expandable)
• Analogue-IN 4 channel 16 Bit, analogue-OUT 4 channel 12 Bit (optional expandable)
• Diagnostic module for control voltage 24 V
• 8 hardware fault messages (optionally expandable)
• 2 x bistable relay module 8-fold (optionally expandable)
• Overvoltage protection and isolating amplifier
• CPU external DC 24 V / 5 A power supply
• Profibus-DP Master

• Operating system, system software and all necessary licenses
• Basic visualization package (overview, details, parameters, manual legend, message system with 32 messages, energy: single-line diagram of light control, optionally expandable)
• Simulation mode (hand / operator)
• Switchable measuring method (CIE-88 / RABT 2006 / DIN 67524)
• User management with password hierarchy
• Online language switching
• Direction-dependent external special-operation inputs (event fire / full lighting / service-maintenance / control via SCADA / optionally extendable)
• Sensor redundancy programs

• Adjustment of the luminance of the threshold and transition zone to the outer field
• Activation of the day stages subject to the luminance on the lane of the threshold zone
• Accurate automatic adjustment of the luminance to the actual requirements through dimming
• Energy savings through compensation of planning reserves
• Safety gain through autotracking in case of decrease of luminous flux (e.g. lamp ageing)
• Ageing of the lamps, pollution of the luminaires and changing reflection properties of the tunnel walls and the road are compensated by the lighting control system, as far as this is possible.

2.3.2 ESPREPORT – „REPORT, Software add-on for light controller LUMaticX“ EN

• Software add-on to LUMaticX - light controllers
• Used for data acquisition and evaluation including project management
• Executable on computers with Microsoft® Windows® operating systems (from NT version 5.0)
• Single licence: Can be run on 1 light controller LUMaticX

• Observation, documentation and archiving of system performance
• Optimization of the control characteristics of the light controller
• Detect problems in the lighting installation by comparing it with historical evaluations
• Cross-project benchmark of lighting systems

2.3.4 ESPTICGEGLI – „MODULE: Backlighting compensation for light controller LUMaticX“ EN

• Add-on for LUMaticX – light controllers
• Used to calculate the current position of the sun, to detect glare by low sun using a separate illuminance sensor and to calculate the required increase of luminance in the threshold zone through the light controller, as the luminance sensors aligned to the gantry can’t capture direct sunlight (glare) due to their positioning and design

• Automatic adjustment of the lighting in case of glaring due to low position of the sun
• Safety gain by reducing the brightness difference when entering the tunnel

2.3.6 ESPTICGS1F – „MODULE: 1 x continuous controlled interior zone for light controller LUMaticX“ EN

• Add-on for LUMaticX – light controllers for controlling of an interior lighting
• Used for continuous, stepless control of the tunnel lighting by outputting an analogue control value (for example, for controlling separate dimmers or dimmable drivers), the actual value is not recorded
• Processing of 1 x control value (e.g. for dimmers)

• Adjustment of the luminance through dimming
• Exact, stepless control of the lighting system
• Energy savings through good adaptability of the lighting system

2.3.8 ESPTICGS2F – „MODULE: 2 x continuous controlled interior zone for light controller LUMaticX“ EN

• Add-on for LUMaticX – light controllers for controlling of two interior lightings
• Used for continuous, stepless control of two tunnel lightings by outputting two analogue control values (for example, for controlling separate dimmers or dimmable drivers), the actual values are not recorded
• Processing of 2 x control value (e.g. for dimmers)

• Adjustment of the luminance through dimming
• Exact, stepless control of the lighting system
• Energy savings through good adaptability of the lighting system

2.3.10 ESPTICGR1F – „MODULE: 1 x continuous regulated interior zone for light controller LUMaticX“ EN

• Add-on for LUMaticX – light controllers for regulation of an interior lighting
• Used to record the measured value of a separate indoor luminance sensor L_in as an actual value and to provide continuous, stepless regulation of the tunnel lighting by outputting an analogue control value (for example, for controlling separate dimmers or dimmable drivers)
• Continuous regulation according to the luminance difference method
• Processing of 1 x luminance value Lin (interior zone)
• Processing of 1 x control value (e.g. for dimmers)

• Accurate automatic adjustment of the luminance to the actual requirements through dimming
• Energy savings through compensation of planning reserves
• Safety gain through autotracking in case of decrease of luminous flux (e.g. lamp ageing)
• Ageing of the lamps, pollution of the luminaires and changing reflection properties of the tunnel walls and the road are compensated by the lighting regulation system, as far as this is possible

2.4.2 ESPLUNA760 – „Compact light controller DigiLUX - System DigiLUNA“ EN

• Light management for street- and parking lighting
• Freely programmable controller with integrated touch display
• Completely assembled as a compact DIN rail module for installation in control cabinets
• Processing of 1 x illuminance value Eh (horizontal illuminance)
• Processing of 3 x switching- / dimming outputs K1 - K3 (contactors / dimmers)
• Separate parameterization of each channel (own parameter sets for workdays and weekend)
• Parameterizable time- and threshold programs
• Override the light control externally with 3 remote control contacts

• Control-, visualization- and communication processor
• TFT touch display (480x272, 4.3 ")
• Battery backed real-time clock with automatic daylight saving time changeover
• 3 × digital IN (override contacts), 3 × digital OUT (contactor) + 1 × digital OUT (system OK)
• 1 × analogue IN (sensor: 0-5 V or 4-20 mA), 3 × analogue OUT (dimmer: 0-10V)

• Operating system, system software and all necessary licenses
• Visualization package (main menu with submenus for details, overview, login, info)
• Time program, threshold program or remote control from external
• Historical data of the switching times of each channel (per day / total)
• Password-protected access as well as time-controlled, automatic logout
• Manual switching of the operating mode manual / automatic
• Self-monitoring by watchdog (automatic reset) and supply voltage monitoring (safe state)
• Automatic switching to time program with faulty sensor

• Parameterizable control of the lighting as a function of the horizontal illuminance Ev
• Optimal switching of the lighting by observing the light curve during twilight
• Precise adjustment of the required lighting level in combination with dimming
• Energy savings through needs-based lighting control
• Storage of the switching times enables a statistical evaluation of the system
• Protection of the lamps by adjustable ignition time, minimum switch on time, actuating time and lamp warm-up time

2.5.2 ESPSOLA760 – „Compact light controller DigiLUX - System DigiSOLA“ EN

• Light management for tunnel- and underpass lighting
• Freely programmable controller with integrated touch display
• Completely assembled as a compact DIN rail module for installation in control cabinets
• Processing of 1 x luminance value L₂₀ (outer field)
• Alternatively illuminance value Ev (vertical illuminance)
• Processing of 2 input channels (bistable relay modules / full illumination)
• Processing of 8 x trigger channels (contactors) T1 - T8 and the associated feedback signals
• Processing of 4 x dimming outputs (dimmers) K1 – K4
• Separate parameterization of each channel
• Manual program with simulation mode for function test and troubleshooting
• Parameterizable time- and threshold programs

• Control-, visualization- and communication processor
• TFT touch display (480x272, 4.3 ")
• Battery backed real-time clock with automatic daylight saving time changeover
• 2 × digital IN (bistable relay modules / full illumination)
• 8 × digital OUT (contactor) + 1 × digital OUT (system OK)
• 1 × analogue IN (sensor: 4-20 mA), 4 × analogue OUT (dimmer: 0-10V)

• Operating system, system software and all necessary licenses
• Visualization package (main menu with submenus for details, overview, login, info)
• Light control, switchable from luminance L₂₀ to vertical illuminance E_v
• Functional adaptation of the triggers as pulse outputs for bistable relay modules
• Historical data of the switching times of each channel (per day / total)
• Password-protected access as well as time-controlled, automatic logout
• Manual switching of the operating mode manual / automatic / safety clock timer
• Self-monitoring by watchdog (automatic reset) and supply voltage monitoring (safe state)
• Automatic switching to safety clock timer mode with faulty sensor

• Parameterizable control of the tunnel lighting subject to the luminance of the outer field L₂₀ or the vertical Illuminance E_v
• Optimal switching of the lighting by observing the daylight curve
• Precise adjustment of the required lighting level in combination with dimming
• Energy savings through needs-based lighting control
• Storage of the switching times enables a statistical evaluation of the system
• Protection of the lamps by adjustable ignition time, minimum switch on time, actuating time and lamp warm-up time

2.3.12 ESPTICGR2F – „MODULE: 2 x continuous regulated interior zone for light controller LUMaticX“ EN

• Add-on for LUMaticX – light controllers for regulation of two interior lightings
• Used to record the measured values of two separate indoor luminance sensor Lin as actual values and to provide continuous, stepless regulation of two tunnel lightings by outputting two analogue control values (for example, for controlling separate dimmers or dimmable drivers)
• Continuous regulation according to the luminance difference method
• Processing of 2 x luminance value Lin (interior zone)
• Processing of 2 x control value (e.g. for dimmers)

• Accurate automatic adjustment of the luminance to the actual requirements through dimming
• Energy savings through compensation of planning reserves
• Safety gain through autotracking in case of decrease of luminous flux (e.g. lamp ageing)
• Ageing of the lamps, pollution of the luminaires and changing reflection properties of the tunnel walls and the road are compensated by the lighting regulation system, as far as this is possible

2.3.14 ESPTICPROFI – „MODULE: Profibus for light controller LUMaticX“ EN

• Add-on for LUMaticX – light controllers
• Allows the transmission of photometric data, fault messages and parameters
• Link to higher-level control systems via fieldbus

• Interface for the exchange of photometric data, fault messages and parameters
• The autonomously functioning LUMaticX system thus also becomes part of an overall system

2.3.16 ESPTIC1ROT – „MODULE: Dimmer pass-through feature for light controller LUMaticX“ EN

• Add-on for LUMaticX – light controllers for 1 entrance lighting
• Required to use dimmers for dimming of several lighting grades
• Pass-through feature for dimmers by fully automatic actuation of the external contactors

• Reduction of the required number of dimmers (e.g. only 1/3 required for 3 stages)
• Achievement of dimming levels which are below that possible for the lamps
• Best cost-benefit ratio through combination of switching / dimming