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BRODERSEN
Radio Modems
PRELIMINARY UCW-2xIO/50
If no DIP-switches are available for setting the output power, the output power value set in the configuration register "Specific Transmitter Output Power" is used when the RTU is switched on.
Configuration Register: Specific Transmitter Output Power
A change in the contents of the Transmitter Output Power Register has an immediate effect on the current transmitter output power. This value is however lost when an RTU is reset or if the power supply is interrupted. The value of the Transmitter Output Power Register is copied from Specific Transmitter Output Power Register whenever an RTU is reset or restarted after a power supply interruption. If the transmitter output power is to be kept at a constant value at all times, both registers must be set accordingly. If the transmitter output power is to be adjusted via the DIP-switches, a value of "00" must be written into the Specific Transmitter Output Power Register.
Configuration Register: Field Strength of Received Signal
The field strength of the received radio signal at the time of receiving the last message frame is recorded in this register as a percentage value (0-100%).
Specific field strength levels, corresponding percentage values, and the coded LED display patterns are listed in the following table.
Field Strength
Value in %
LED Display
Comments
0,5uV
17%
3 red
Low signal strength
1uV
28%
Yellow
Good signal
5uV
51%
1 green
Very good signal
10uV
61%
2 green
30uV
75%
3 green
150uV
98%
4 green
Configuration Register: RTU Address
The logical address of the RTU is set in this register. The value of this register also reflected in register 0. If the address can be set via a DIP switch, the DIP switch setting takes precedence.
Configuration Register: Counter/Timer Setting
Each of the 16 on-off inputs of a Basic Module can be have either a counter or a timer function. This register determines these functions for each of the on-off inputs. If register bit is "0", the corresponding input has a timer function. If the bit is "1", the input has a counter function.
Bit
15
14
13
12
1 1
10
9
8
7
6
5
4
3
2
1
0
Inp
A7
A6
A5
A4
A3
A2
A1
A0
B15
B14
B13
B12
B11
B10
B9
B8
Register Contents: UCW-28IO/50 Without Expansion Modules
The table below is an example of the register addresses of UCW-28IO/50. The configuration registers are not listed here.
Register
Function
Comments
0
Slave address
MODBUS address set via DIP switches, through which the RTU can be accessed by the master station.
1
Status
Status byte
2
Digital inputs
16 digital inputs of the Basic Module
3-6
Analog inputs
4 analog inputs of the Basic Module
7-22
Counter/timer
16 counters / timers (inputs ports A, B)
23-38
Min/Max/Avg
Current min-, max-, average and redundancy values of the first 4 analog inputs
39-54
Min/Max/Avg
Previous min-, max-, average and redundancy values of the first 4 analog inputs
300
Digital outputs
8 on/off outputs of the Basic Module (high bits)
Brodersen Controls A/S * Industrivej 3 * DK-4000 Roskilde * Denmark * Tel (+45) 4674 0000 * Fax (+45) 4675 7336 40069 100/02.43 15
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