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MSP10

EM-4887  P. 14 / 17

1.7.  Modbus setting

MODBUS

ITEM

VALUE 

RANGE

STANDARD

EX-FACTORY

PU-2x

R/W SAVE CFG

ADDRESS TYPE

ITEM

DISPLAY

121

I16

Input Select
  0: Analog input
  1: Modbus input 

0, 1

0

30

Inputsel:x R/W

122

I16

Node address

1 to 247

1

31

Addr:x

R/W

123

I16

Baud rate

 0: 38400 bps
 1: 19200 bps
 2: 9600 bps
 3: 4800 bps

0 to 3

3

32

Baud:x

R/W

124

I16

Parity
  0: None
  1: Odd
  2: Even

0 to 2

0

33

Parity:x

R/W

125

I16

Stop bit length

1, 2 

1

34

Stopbit:x

R/W

126

I16

Incorporated terminating resistor
  0: OFF
  1: ON

0, 1

0

35

Term:x:x

R/W

127

I16

Loss of Modbus communication detection 
time (sec.)

0 to 300

0

36

Timeout:x R/W

 

Description of Modbus setting

• Input select

  Set whether analog input or position output command viaModbus communication 

• Loss of Modbus communication detection time

  0: None
  1 to 300: Judges loss of communication when Modbus commands are not received for a set period of time or longer.
     

 

 If a loss of communication occurs during operation with Modbus input, the output stem moves according to the 

settings of SW1-1 and 2.

1.8.  Basic setting

MODBUS

ITEM

VALUE 

RANGE

STANDARD 

EX-FACTORY

PU-2x

R/W SAVE

ADDRESS TYPE

ITEM

DISPLAY

131

I16

Upper-stop position %

0.00 to 20.00
0.00 to 40.00

(< lower-stop 

position)

0.00
0.00

40

UppMM:x R/W

132

I16

Lower-stop position %

0.00 to 20.00
0.00 to 40.00

(> upper-stop 

position)

0.0

41

LowMM:x R/W

133

I16

Deadband %

0.1 to 0.5

0.1

42

DBand:x

R/W

134

I16

Restart limiting timer

0.1 to 5.0

0.1

43

Restart:x

R/W

135

I16

Retract/UP signal position %

75.0 to 100.0

98.0

44

OpnSig:x

R/W

136

I16

Extend/DOWN signal position %

0.0 to 25.0

2.0

45

ClsSig:x

R/W

137

I16

Operation speed

1 to 10

46

DBand:x

R/W

 

Description about basic setting

• Uppoe/lower-stop position

  Set the output stem position at 100%/0% input.

• Deadband

  Set the deadband width with the stroke at the set upper/lower-stop position as 100%.

• Restart limiting timer

  To prevent the overheat of the motor, set an interval to restart when the motor stops on the deadband.
  Using in a high-temperature atmosphere, set a longer restart limiting timer.

• Retract/UP / Extend/DOWN signal position

  Set the threshold at which the retract/UP / extend/DOWN signal is turned ON with the stroke at the set upper/lower-stop 

position as 100%.

• Operation speed

  Set the operation speed on a scale of 1 to 10.  The higher the number, the faster the speed.
  Operation speed at the shipment is set as following by the code.
  Even operation speed is the same, the actual operation time is different when  the hardware division is different. 

056 222 38 18

[email protected]

www.sentronic.com

SENTRONIC

AG

Summary of Contents for MSP10

Page 1: ...alfunction or inconven ience caused by unauthorized changes made by the user INSTRUCTION MANUAL This manual describes necessary points of caution for han dling this product and specifically for instal...

Page 2: ...ugh or radiated from the piping Use a longer yoke for effective heat dissipation and apply insulation material HEATER FUNCTION AT LOW TEMPERATURE Apply power voltage when the temperature is 0 C or un...

Page 3: ...nent identification MSP40 MSP50 PU 2x modular jack DIP Switch Manual Operation Buttons Con guration Type C UP CCW DOWN CW POWER INPUT AUTO SETUP MOVING UP CCW MOVING DOWN CW COM ALARM Modbus CONFIG Ty...

Page 4: ...with 20 mA DC input SW1 4 OFF Output signal is same as input signal ON Output signal is reversed input signal SW1 5 The output stem position when the switch is turned OFF is recorded as the upper end...

Page 5: ...unication allows operation without analog input and monitoring of the operation status of the unit INPUT OUTPUT a b UP CCW SIG a b DOWN CW SIG a b ALARM SIG FE U V POWER DA DB Modbus DG COMMUNICATION...

Page 6: ...TUP IS COMPLETE THRUST WHEN CONTRACTING 0 5 mm THRUST WHEN CONTRACTING 1 0 mm THRUST WHEN CONTRACTING 1 2 mm 700N 360N 375N 450N 510N 540N 1200N 880N 940N 1140N 1300N 1380N 2500N 1040N 1140N 1500N 198...

Page 7: ...is 20 mm and thus the preferable operation distance is 16 0 mm Set so that the distance between the upper stop position and the lower stop position are within the operation distance of 16 0 mm EXAMPLE...

Page 8: ...ailed ALARM LED blinks at 5 Hz clear error by any of the following methods then revise the settings Turn ON and OFF SW1 7 Enter a clear error command on PU 2x ITEM 54 DATA 2 Enter or via Modbus Turn O...

Page 9: ...CCW DOWN CW button slightly to move the output stem upward downward Stop pressing the button to stop the output stem at the position Press the button to move the output stem approx 2 mm in the middle...

Page 10: ...connection cable of PU 2x to the modular jack on the actuator unit The display of PU 2x comes on by power supplied to the actuator unit 3 To display a target item press ITEM then N N N represents num...

Page 11: ...riting ADDRESS MAP Refer to PARAMETER ITEMS COMMON TO MODBUS CONFIGURATOR SOFTWARE AND PU 2x for Modbus address map DATA VALUE When Value Range of the data is specified as numbers with one digit after...

Page 12: ...on 1 5 0 to 105 0 06 Pos x R 1 The ratio to the operation distance i e a distance between the lower stop position and the upper stop position 1 3 Diagnostics MODBUS ITEM VALUE RANGE INITIAL VALUE PU 2...

Page 13: ...W 1 5 Modbus input MODBUS ITEM VALUE RANGE INITIAL VALUE PU 2x R W SAVE CFG ADDRESS TYPE ITEM DISPLAY 101 I16 Modbus position setpoint input 5 0 to 105 0 0 R W 1 6 Modbus operation mode MODBUS ITEM V...

Page 14: ...0 00 to 40 00 lower stop position 0 00 0 00 40 UppMM x R W 132 I16 Lower stop position 0 00 to 20 00 0 00 to 40 00 upper stop position 0 0 41 LowMM x R W 133 I16 Deadband 0 1 to 0 5 0 1 42 DBand x R W...

Page 15: ...2 I16 Lower seal spring contraction amount mm 0 1 to 1 2 0 1 51 ASPushDn x R W 143 I16 Upper seal spring contraction amount mm 0 1 to 1 2 0 1 52 ASPushUp x R W 144 I16 Specified stroke mm 5 0 to 20 00...

Page 16: ...put mode Follows Modbus input Address 101 6 Configuration mode Stops ON N A 2 Monitor mode 4 Moves by button operation 1 Configurable on PU 2x ITEM 30 or via Modbus Address 121 2 No difference between...

Page 17: ...electronic actuator in normal operating conditions REGULAR TEST RUNNING If the valve is not frequently operated run a test operation regularly once a week for example to ensure that the actuator oper...

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