LS Control MultiController E Manual Download Page 6

MultiController E 0-100% 

 

 
  Side 6 

 

 

LS Control A/S 

Main menu

A System info

B Scheduler/time

C User
D Display
E Service
F Modbus

B Scheduler

B1 Scheduler shift

B2 Scheduler reset
B3 Copy scheduler
B4 Date and time
B5 Save/open scheduler

Main menu

A System info
B Scheduler/time

C User

D Display
E Service
F Modbus

3x

2.4 

Menu Structure

 

The MultiController E 0-100% is operated by 4 push buttons. The function of the individual button is indicated on 
the button and the menus consist of a main menu with submenus. Configuration and adjustment of the parameters is 
performed in the submenus. Automatic time out from a menu if no buttons have been activated for 2 minutes. 
 

Example of menu operation 

 
 

 

 
 
Various pop-up boxes for editing parameters are available. 

 
 
 

Value is adjusted using arrow up and arrow down. Cursor is moved to next position by pressing ”Enter”. When 
finished adjusting the value is saved by pressing “Enter”. Pressing “ESC” will cancel the adjustment by leaving the 
pop-up / submenu without saving. 

2.5 

Main Menu and Submenus

 

The submenus A – F are accessible from the main menu. 

2.6 

System Information (A-Menu)

 

Current operating data for MultiController is displayed in this menu. Data is updated every 5 seconds. 

 

01: I-ntc 

Internal temperature 

02: Ntc1 

Not in use    

03: Ntc2 

Not in use     

04: VIN1C  Not in use    
05: VIN2C  Not in use    
06: REL 

Relay position ‘OFF’ = switch is open, ‘ON’ = switch is closed, (terminal 23+24) 

07: VIN1 

Measured input signal on VIN1 input (terminal 5+6) 

08: VIN2 

Measured input signal on VIN2 input (terminal 7+8) 

09: VOUT1  Output signal on VOUT1 (terminal 1+2) 
10: VOUT2  Output signal on VOUT2 (terminal 3+4) 
11: PID1 

Not in use    

12: PID2 

Not in use 

  

Information

01 I-ntc

: 21.4

02 Ntc1

: 23.4

03 Ntc2

: -13.7

04 VIN1C

: 2.1

05 VIN2C

: 8.6

06 REL

: ON

Information

07 VIN1

: 32 %

08 VIN2

: 74 %

09 VOUT1

:   1 %

10 VOUT2

:100%

11 PID1

: 10

12 PID2

: 1000

Time

18 : 45

Main menu

A System info

B Scheduler/time

C User
D Display
E Service
F Modbus

Summary of Contents for MultiController E

Page 1: ...ervice Menu E Menu 9 3 Setpoint Overview 11 4 Technical Data 12 5 Applied Standards 12 Description MultiController E 0 100 for adjustment of output signal 0 10V from 0 to 100 4 steps or ON OFF The integrated scheduler function allows for individual adjustment of the output signal with up to 10 shifts per day The scheduler clock has an integrated battery back up RS 485 interface with MODBUS protoco...

Page 2: ...nit is not disturbed by electromagnetic interference from e g long connection cables Terminal Connections 24V Version Terminal No Description Comment 1 and 2 Vout1 0 10V output 1 Load max 10mA 3 and 4 Vout2 0 10V output 2 Load max 10mA 5 Not in use 7 and 8 0 10V input for external setpoint 7k Ohm input impedance 13 and 14 Connection of power supply 15 30VDC or 24VAC 15 and 16 Power supply of auxil...

Page 3: ...2 Vout1 0 10V output 1 Load max 10mA 3 and 4 Vout2 0 10V output 2 Load max 10mA 5 Not in use 7 and 8 0 10V input for external setpoint 7k Ohm input impedance 16 and 9 24V power output 24V DC max 75mA 17 and 18 RS 485 Modbus 19 Not in use 2 4 6 8 9 20 0V GND 20 and 21 Tacho PIR or alarm input 23 and 24 Voltage free contact Function depending on set up 5A AC1 250VAC ...

Page 4: ...tep Fig 1 A By pressing arrow up the level of output signal is increased or stepped up by one B By pressing arrow down the level of output signal is decreased or stepped down by one C By pressing ON OFF output signal shifts between turned on and turned off D By pressing menu The display changes to main menu E Icon indicating that Modbus communication is enabled F Icon showing that the output signa...

Page 5: ...e integrated scheduler function can be set to shift amongst 3 different operating levels Stop Normal Setpoint or Alternative Setpoint Relay output is closed when voltage level is higher than selected value factory setting is 0 1V i e the relay operates as an operation relay 03 0 100 PIR As set up 02 but instead of using the scheduler function a PIR motion sensor is connected to shift between Norma...

Page 6: ...er When finished adjusting the value is saved by pressing Enter Pressing ESC will cancel the adjustment by leaving the pop up submenu without saving 2 5 Main Menu and Submenus The submenus A F are accessible from the main menu 2 6 System Information A Menu Current operating data for MultiController is displayed in this menu Data is updated every 5 seconds 01 I ntc Internal temperature 02 Ntc1 Not ...

Page 7: ... from scheduler B2 Scheduler Reset This menu point resets the scheduler Note All settings in scheduler is deleted B3 Scheduler Copy Copy all scheduler setting from one weekday to another Previous settings are overwritten by this copying function B4 Date and Time The date weekday and time for the MultiController is set in this menu Clock is a 24 hour clock Optional choice of automatic shift between...

Page 8: ...o 2 60 sec the alarm is activated The time indicates how long the alarm input NTC2 GND must be open before alarm occurs ALARM terminal 23 24 opens and is indicated in display with Alarm Din ALARM2 Alarm is indicated in display with Alarm Din but relay is not affected NOTE If ALARM1 is activated the normal operation relay function is not operational C9 Optional Plant Text is activated or deactivate...

Page 9: ...This also set the boost level 100 E4 Adjustment of Start Level The manual start level may be set at 3 different start values 1 Minimum level 2 Maximum level 3 Latest level of controller when turned off Note this functionality is only available when MultiController model choice E1 is set to percentage Boost function menu point C3 overrules start level adjustment E5 Inverted output Option for invert...

Page 10: ...ue 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 E...

Page 11: ...lt 50 5 0V E4 OutputStart Min Max Last Last Min Max E5 Inverter output OFF OFF ON E6 Relay Shifting Point 0 1 0 0 V 10 0 V Volt E26 Max Input2 10 0 0 0 10 0 Volt E27 Sensor 2 value min 0 0 100 E28 Sensor 2 value max 0 0 100 E40 Vout2 0 10V 1 not in use 2 Offset of Vout1 0 0 2 E42 TempSensor2 selection NTC22 NTC2 Volt Vin2 Alarm1 NTC2 Tacho NTC2 PIR1 NTC2 NTC10K not in use PIR2 NTC2 Alarm2 NTC2 NTC...

Page 12: ... 7k Ohm input impedance 0 10VDC input2 Vin2 7k Ohm input impedance 0 10VDC output1 Vout1 0 10 0V DC Max 10mA 0 10VDC output2 Vout2 0 10 0V DC Max 10mA RS 485 Channel A and B SD Card MicroSD max 2GB with LS Control Firmware Jumper 120 Ohms termination RS 485 5 Applied Standards EN 61000 6 1 and EN 61000 6 3 Electromagnetic Compatibility EMC EN 60335 1 The Low Voltage Directive This product complies...

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