M-Max 400 RC

Relay Systems Interface Unit
  • Details
  • Specification
  • ‘2 out of 2’ architecture
  • 40s run on internal UPS
  • IP66 rated dust and moisture protection
  • Operating temperature from -40 to +65 °C

M-Max 400 RC is a highly reliable compact rugged computer for building all-electric interlocking distributed systems. The system is designed for converting CAN-interface control signals (twisted pair or single-mode fiber) into relay control signals of railroad automation systems.

The M-Max 400 RC uses ‘2 out of 2’ architecture for higher reliability of control signals. Two autonomous identical computers inside the M-Max 400 RC are connected by internal interfaces. External relays are connected to control outputs in a way to get an AND circuit in signal control.

Each computer has an independent power input and an internal uninterruptible power supply (UPS) based on ultracapacitors, ensuring up to 40 seconds of operation with the input power cut off. Depending on configuration the system allows to maintain 12 or 24 relays.

Technical specifications (per each subsystem):
Interfaces: 12x or 24x relay outputs (24V, 132 mA, 2kVrms Isolation, each output is conducted by 2 controlled keys, power load from internal UPS, output short circuit control)
2х CAN interfaces
1x 10/100/1000 Mbps Ethernet
VGA video output
2 x USB2.0
1х RS-232/422/485 Isolated
CAN interface: ISO 11898, Isolated, up to 1 Mbps
or
FO connector Type:
ST (single-mode) fiber ports,
Transmission Distance:
Max 20 km (1 Mbps)
Operating system: Linux / Windows 7, 8, 10 / QNX
Power: +12 to +30 V DC (non-isolated)
AC adapter ~100 to 240 V (optional)
Power consumption: 40 W
Indication: Power ON
2x power output indicators
Enclosure: Aluminum enclosure
Passive (fanless) cooling system
Dimensions (W x H x L): 294 x 145 x 275 mm

Environmental and physical specifications:

Dust/Moisture: IP66
Operating temperature: -40 to +65 °C
Humidity: Operating: 5 to 95 % at +25°C, non-condensing
Vibration: Operating acceleration amplitude up to 2g (5-500 Hz)
Shock: Maximum peak shock acceleration up to 10g (3 ms)
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