Item No.: LIPA.Controls.5018.2
8 channel relay module
Housing material: plastic (polycarbonate)
Case dimension length (mm): 160
Case dimension width (mm): 90
Case dimension height (mm): 58
Mounting type: DIN rail (only for installation in
Switch cabinet)
Weight (Kg): 0.40
Degree of protection: IP30 (IP00 on the terminals).
connections
Mains/relay cable: up to 4 mm² solid or up to 2.5 mm²
flexible.
DALI: 0.5 mm² - 1.5 mm² solid or
flexible. Max. length: 300 m
@ 1.5mm².
SDIM/DMX: 0.22 mm² – 1.5 mm² cable according to
RS485 specification (finely stranded,
twisted and shielded). Max.
Length: 1000 m (low-loss
Management). Example: Belden 8102
or Alpha 6222C.
Note: Twisted pairs
for A and B (85 Ω to 100 Ω
resistance), a line or
twisted pairs of wires for 0 V, and
shield for ground.
Cable specification: mains, relay and DALI cables
must be mains voltage proof
be designed.
power supply
Mains voltage: 100 VAC - 240 VAC (nominal), 85 VAC
- 264 VAC (absolute), 45 Hz - 65 Hz.
Power consumption: 2.6 W
standby
Power Consumption: 1.1W
Internal loss: 2.1W + Max. 1.6W per channel
External protection: The protection of the module
Feed-in is via a 6 A
(maximum) circuit breaker,
those of the relay outputs
Type C circuit breaker,
16A (maximum).
DALI consumption: 2 mA
Compliance: According to DSI Standard v 2.0.
Isolation: All connections are under each other
isolated except SDIM 0V to OVR 0V.
inputs
Communication: DALI, SDIM and DMX.
Emergency switch: Connection for external
Normally open contact (override).
User interface: 2 buttons for parameterization.
Channels: 8 (2 channels per quad clamp).
burden
Relay contacts:
For high inrush currents (200
μs at 800 A) single-pole make contact
(SPNO).
W advance contact + AgSnO₂.
Optimized for high currents.
Relay voltage: 240 VAC (400 VAC between the
channels).
Max. load per output: 16 A capacitive / resistive loads
10A HID (cos y = 0.6).
Number of devices: For electronic ballasts, number is limited by
the circuit breaker.
The maximum number of
ECGs to be connected
please refer to the ECG manufacturer information.
It is a matter of
High power relay, not for
Switching of extra-low voltages
suitable.
When switching load contactors
quenching elements are to be provided.
mechanical data
Dimensions: 160mm × 90mm × 58mm.
Housing: plastic (polycarbonate)
DIN rail housing
Weight: 400g
Mounting: DIN rail (only for installation in
Switch cabinet).
IP class: IP30 (IP00 on the terminals).
Operating and Storage Conditions
Ambient temperature: 0 °C to +40 °C.
Relative humidity: 90% maximum, non-condensing
Storage temperature: -10 °C to +70 °C.
norms and standards
Interference emission: EN 55015
Noise immunity: EN 61547
Safety: EN 61347-2-11
DALI: According to DALI standard IEC60929,
with Helvar additional functions.
SDIM: DMX512-A protocol (max
Refresh rate: 33 Hz).
DMX: DMX512-A protocol.
Environment: In compliance with WEEE and
RoHS directive.

A NOTICE:
The components listed in the offer are modules
which are set or by means of software
need to be programmed.
In order to be able to calculate the corresponding commissioning costs, it is necessary
more information
about the plant or system and about the desired functions.
Helvar - 498 8-channel relay module

Item No.: LIPA.Controls.5018.2 8 channel relay module Housing material: plastic (polycarbonate) Case dimension length (mm): 160 Case dimension width (mm): 90 Case dimension height (mm): 58 Mounting type: DIN rail (only for installation in Switch cabinet) Weight (Kg): 0.40 Degree of protection: IP30 (IP00 on the terminals). connections Mains/relay cable: up to 4 mm² solid or up to 2.5 mm² flexible. DALI: 0.5 mm² - 1.5 mm² solid or flexible. Max. length: 300 m @ 1.5mm². SDIM/DMX: 0.22 mm² – 1.5 mm² cable according to RS485 specification (finely stranded, twisted and shielded). Max. Length: 1000 m (low-loss Management). Example: Belden 8102 or Alpha 6222C. Note: Twisted pairs for A and B (85 Ω to 100 Ω resistance), a line or twisted pairs of wires for 0 V, and shield for ground. Cable specification: mains, relay and DALI cables must be mains voltage proof be designed. power supply Mains voltage: 100 VAC - 240 VAC (nominal), 85 VAC - 264 VAC (absolute), 45 Hz - 65 Hz. Power consumption: 2.6 W standby Power Consumption: 1.1W Internal loss: 2.1W + Max. 1.6W per channel External protection: The protection of the module Feed-in is via a 6 A (maximum) circuit breaker, those of the relay outputs Type C circuit breaker, 16A (maximum). DALI consumption: 2 mA Compliance: According to DSI Standard v 2.0. Isolation: All connections are under each other isolated except SDIM 0V to OVR 0V. inputs Communication: DALI, SDIM and DMX. Emergency switch: Connection for external Normally open contact (override). User interface: 2 buttons for parameterization. Channels: 8 (2 channels per quad clamp). burden Relay contacts: For high inrush currents (200 μs at 800 A) single-pole make contact (SPNO). W advance contact + AgSnO₂. Optimized for high currents. Relay voltage: 240 VAC (400 VAC between the channels). Max. load per output: 16 A capacitive / resistive loads 10A HID (cos y = 0.6). Number of devices: For electronic ballasts, number is limited by the circuit breaker. The maximum number of ECGs to be connected please refer to the ECG manufacturer information. It is a matter of High power relay, not for Switching of extra-low voltages suitable. When switching load contactors quenching elements are to be provided. mechanical data Dimensions: 160mm × 90mm × 58mm. Housing: plastic (polycarbonate) DIN rail housing Weight: 400g Mounting: DIN rail (only for installation in Switch cabinet). IP class: IP30 (IP00 on the terminals). Operating and Storage Conditions Ambient temperature: 0 °C to +40 °C. Relative humidity: 90% maximum, non-condensing Storage temperature: -10 °C to +70 °C. norms and standards Interference emission: EN 55015 Noise immunity: EN 61547 Safety: EN 61347-2-11 DALI: According to DALI standard IEC60929, with Helvar additional functions. SDIM: DMX512-A protocol (max Refresh rate: 33 Hz). DMX: DMX512-A protocol. Environment: In compliance with WEEE and RoHS directive. A NOTICE: The components listed in the offer are modules which are set or by means of software need to be programmed. In order to be able to calculate the corresponding commissioning costs, it is necessary more information about the plant or system and about the desired functions.