Billiard lighting control device MPOS-Power8

Billiard lighting control device MPOS-Power8

Billiard lighting control device MPOS-Power8

The modular system MPOS-POWER8 is designed to control AC and DC power loads with power supply up to 250V and power up to 1 kVA. A typical usage of the system is lighting management in billiards, gaming halls and disco-clubs for lighting control.

The MPOS-POWER8 module has 8 control keys (for entering the access code and controlling the channels) and 8 LEDs for indicating the status of the load channel. Up to 4 modules can be connected to the system. Thus, the number of controlled loads can be from 8 (1 module "MPOS-POWER8") to 32 (4 modules "MPOS-POWER32").

The system provides modules management from a local keyboard located on each module or remotely via the RS232 interface. Access to the local control mode can be restricted by the access code.

3 other products in the same category:

Download

  • MPOS-Master user manual A guide for using MPOS-Master. The document covers such issues as equipment installation, the MPOS-Master program installation, keyboard layouts programming and devices configuration in MPOS-Master
  • MPOS-Master The MPOS-Master application is designed for programming POS-keyboards of the LPOS, LPOSII, MPOS series, billiard tablets, MAG magnetic card readers, LPOS series buyer displays. Main functions: - devices configuration; - Create keyboard layouts; - microcontroller firmware update; - printing stickers for keys; - Create a custom character generator for the display. Version 2.0.18.0 (August 4, 2017)
  • Manual-Power8 Control device billiard lighting MPOS-Power8. User manual and communication protocols.

Features

  • Sizes - W155 mm; H204 mm; D36 mm
  • Regulated loads number - 8
  • Additional power supply - 5 V +/- 5% 2A
  • Operating temperature - 0°C...+70°C
  • Storage temperature - -10°C ...+70°C
  • Warranty period - 2 year

More info

The device can work in two modes of control: remote and local.

Local mode.
The channel control unit comes directly from the Power8 module using the local keyboard. Access to the local control mode can be limited by the access code, access code: "87654321".

Remote mode.
The channel is controlled via RS232, using one of the communication protocols. The maximum length of the RS232 cable is 15 m.

General characteristics

Controlled loads number: 8
Current consumption by master module: 25 mA
Current consumption per load included: 40 mA
Transmission parity check: none, mark, space, odd, even
Switching element type: relay
Breakdown voltage: 1000 VAC
Switching current: 6A, max
Switching load power: 1000VA (4A, 250VAC); 144W (6A, 24 VDC)
Relay service life, cycles: 100,000

RS232 interface cable

 RS232Cable.jpg    
Cable length: max 15m
The data transfer rate (BaudRate) is 300 ... 115200 bps
Character length: 8 bits
Number of stop bits: 1
   

Overall dimensions

The system has a modular structure and consists of a master module and power load control modules "MPOS-POWER8". The master module used in the system requires the connection of a powerful stabilized power source of at least 5V and a current of 1A.


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Contents of delivery

MPOS-POWER8 (master module + MPOS-POWER8)

Power supply 5V DC Packing Box
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Power8.png

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Billiard lighting control device MPOS-Power8

Billiard lighting control device MPOS-Power8

The modular system MPOS-POWER8 is designed to control AC and DC power loads with power supply up to 250V and power up to 1 kVA. A typical usage of the system is lighting management in billiards, gaming halls and disco-clubs for lighting control.

The MPOS-POWER8 module has 8 control keys (for entering the access code and controlling the channels) and 8 LEDs for indicating the status of the load channel. Up to 4 modules can be connected to the system. Thus, the number of controlled loads can be from 8 (1 module "MPOS-POWER8") to 32 (4 modules "MPOS-POWER32").

The system provides modules management from a local keyboard located on each module or remotely via the RS232 interface. Access to the local control mode can be restricted by the access code.

Write your review