xDW-S-PDS

  • Digital modulation
  • 1x SC/PC optical connector (CWDM)
  • 2x BUS data
  • 1x LOCK NO/NC relay
  • Overvoltage protection
  • Operating temperature −40°C to +70°C

Digital optical converters xDW-S-PDS are universally applicable for extending communication buses of ABI, MB SECURE, PARADOX EVO, SATEL INTEGRA systems over single-mode or multi-mode optical fibers.

The devices are developed and manufactured in the EU and comply with NDAA requirements.

Models

FIWRE-S-PDS

TDW and RDW-S-PDS optical transducer set

Order code: 1-004-290

Availability: Full-scale production

TDW-S-PDS-BOX/12

MM/SM universal optical converter for system buses ABI, MB SECURE, PARADOX EVO, SATEL INTEGRA. 1x SC/PC optical connector (CWDM), 2x data BUS, Surge protection, Digital modulation

Order code: 1-504-290

Availability: Full-scale production

RDW-S-PDS-BOX/12

MM/SM universal optical converter for ABI, MB SECURE, PARADOX EVO, SATEL INTEGRA system buses. 1x SC/PC optical connector (CWDM), 2x data BUS, 1x LOCK NO/NC relay, Surge protection, Digital modulation

Order code: 1-604-290

Availability: Full-scale production

Specifications

Technical parameters
DATA BUS
Count2
Surge protection600 W waveform 10/1000 μs
OPTICAL PORT
Optical power-14 - -8 / -10 - 0 dBm (SM / MM)
Sensitivity-31 dBm
ConnectorSC/PC
OPTICAL RANGE
ABI5/10 km (MM/SM)
MB SECURE5/10 km (MM/SM)
PARADOX EVO5/5 km (MM/SM)
SATEL INTEGRA5/5 km (MM/SM)
LOCK RELAY
Count1x on RDW
Max. Load125 VAC / 0.5 A or 60 VDC / 0.3 A
Type of contactSwitching
POWER
Input voltage range10 - 20 VDC
Power consumptionMax. 1.5 W
Surge protection600 W waveform 10/1000 μs
ENVIRONMENT
Operating temperature-40 - +70 °C
Storage temperature-40 - +70 °C
HumidityMax. 95 %
MECHANICAL
Weight0.22 kg
Dimensions - h / w / d30 x 110 x 97 mm
Standards and protocols, EMC and safety
EMC and safety
EN 55032EMC of multimedia devices - emission requirements
EN 55035EMC of multimedia devices - immunity requirements
EN 62368-1Safety requirements of Information technology equipment
EN IEC 63000The Assessment Of Electrical And Electronic Products With Respect To The ROHS
EN 50131-14Alarm systems - system requirements
EN 50131-34Alarm systems - control panels
EN 61000-6-2Immunity - industrial environment
EN 61000-4-24 kVAir discharge
EN 61000-4-24 kVContact discharge
EN 61000-4-310 V/mRadiated HF field
EN 61000-4-4500 VBursty
EN 61000-4-5500 VShock impulses
EN 61000-4-830 A/mMagnetic field
EN 61000-4-11Short-term power dips and outages
Standards and protocols
Communication busSatel Integra, M-BUS (ABI systems), BUS 2 (MB SECURE systems), paradox EVO

Package contents

  • Converter with SFP module
  • DIN rail mounting kit
  • Mounting kit for mounting on a flat surface

FAQ

Can these converters be used for new types of DSC POWER NEO control panels?

No, they can't. These converters are designed for control panel types with DSC POWER designation. We recommend using xDW-S-4C converters that are compatible with the DSC POWER NEO control panel.

What are the requirements for SATEL cabling?

For electrical connection it is recommended to use straight unshielded cable between devices in the system (the use of twisted pair, UTP, STP, FTP is not suitable). If you use twisted pair cable, remember that the signal wires DTM and CKM / DT1 and CK1 / DT2 and CK2 (data and clock) must not run through one pair in the cable.

The choice of cables for the power supply should be selected so that the voltage drop between the power supply and the device being powered does not exceed 1 V compared to the output voltage of the power supply.

To guarantee the correct functionality of the system components, it is important to make sure that the resistance and capacitance of the signal cables is the lowest possible. If the distance between devices is large, it is a good idea to use several wires in parallel for each signal to reduce the resistance of the wire, but such a connection will lead to an increase in the capacitance of the wire. Too high resistance or capacitance of cables connected to keypads or expansion modules may cause communication problems with these connected devices (e.g., the control panel will not be able to identify the devices, communication failure of these devices will be reported, etc.).

When selecting cable lengths, follow the recommendations for each type of device.

When installing the cabling, remember that sufficient distance must be maintained between the low-current cables and the 230 VAC power cables. Avoid having signal cables in close proximity to power cables.


Note: The text has been taken from the SATEL control panel installation manual.