MultiController E 0-100%
Side 10
LS Control A/S
E40:
Vout2
(output 2)
E40=0, Vout2 is firm 10V DC. E40=1 Not in use. E40=2, output is an offset of output 1 (Vout1). See
E49
. E40=3,
output is 10V when regulator is ‘on’ and 0V when ‘off’. E40=4, output is 10V when regulator 1 is higher than value
in E2 (minimum output Reg1), if regulator 1 = E2, output is 0V.
E42:
Selection of Sensor Input
NTC22K=
Not in use.
Volt=
0-10V signal on terminal 7-8 (0-10V signal is defined in E25-E28).
Alarm1=
20-21(NTC2) used as alarm input (open signal=alarm text + relay)
Tacho
= terminal 20-21
PIR1
= terminal 20-21(open signal = no movement in room).
NTC10K=
not in use.
PIR2
(Shift between
NORM/OFF operation) = terminal 20-21.
Alarm2
= 20-21 (NTC2) used as alarm input (open signal=alarm text).
E44:
User defined text; Name.
Optional feature of entering a plant name or similar. E.g. ”Plant 4” (max. 12 characters. The text is enabled in
C9
).
E45:
User defined text; Operation Hour Counter.
Optional feature of entering a service text or similar. E.g. “It is time for service” (max 6 lines of 12 characters. The
text is enabled in
C10
).
E46:
Alarmlevel Min. (Alarm is activated in
C8)
If
E42= TACHO
: Lower limit of tacho signal.
Adjustment
: If tacho alarm occurs when motor is running minimum
rpm, value must be increased.
If
E42 = Alarm1 / Alarm2: If alarm occurs when input is closed via an
”open collector” value must be increase.
(In input is closed via a relay contact, adjustment is not necessary.
E47:
Alarm level Max: (Alarm is activated in
C8).
Upper limit of tacho signal.
Adjustment
: If tacho alarm occurs
when motor is running maximum rpm, value must be increased.
E48:
PIR Time. Prolonged operation time for PIR input in seconds.
E49:
Offset of Vout2 in relation to Vout1. (Only if
E40
=2). Formula: Vout2=Vout1 x (E49/100)
E52:
Time Delay (in seconds) before output signal is released at start. Output signal (Vout1) is maintained at 0V in
the set time. Relay shifts with no delay.
E55:
Level for step 1 (in percentage). Only used when set-up as 4-step regulator.
E56:
Level for step 2 (in percentage). Only used when set-up as 4-step regulator.
E57:
Level for step 3 (in percentage). Only used when set-up as 4-step regulator.
E58:
Level for step 4 (in percentage). Only used when set-up as 4-step regulator.
2.11
Modbus menu (F-menu)
MultiController E 0-100% may be configure as Modbus slave. The interface is serial RS-485 and the Modbus unit
communicates according to the RTU standard with up to 19200 Baud. Download the Modbus parameter list from
www.lscontrol.dk
Note
: The data points in the menu may be set from a Modbus-master. Except F4 as it works as blocking for Modbus
altering of configuration /setting. Following Modbus setting may be altered from the Modbus menu:
F1:
Address: Slave address is entered here.
F2:
Baudrate may be set to OFF, 9600 or 19200. Modbus is only activated when baudrate is set to 9600 or 19200.
F3:
Parity: May be set to EVEN, ODD, NONE.
