background image

10 TRIP set

Control = Modbus
Programming = Modbus/keypad

0

No action/loading complete

11 Code c40

8

Analog input (terminal 8)

Control = terminals
Programming = Modbus/keypad

Control = terminals
Programming = keypad

1

Load  (only possible with 

OFF

OFF

OFF

OFF

OFF

 

or

 

Inh

Inh

Inh

Inh

Inh

)

1

Code c40

Parameter Setting

Code

Possible Settings

IMPORTANT

No.

Lenze

- 5 -

smd 

series

L

C01

C01

C01

C01

C01

0

C02

C02

C02

C02

C02

CE1

CE1

CE1

CE1

CE1

CE2

CE2

CE2

CE2

CE2

CE3

CE3

CE3

CE3

CE3

C00

C00

C00

C00

C00

0

C08

C08

C08

C08

C08

1

C09

C09

C09

C09

C09

1

Name

Password entry

Setpoint and control
source

Load Lenze setting

Configuration - Digital
input E1

Configuration - Digital
input E2

Configuration - Digital
input E3

Configuration - Relay
output

Network address

Active LOW, triggers 

EEr

EEr

EEr

EEr

EEr

NOTE: Thermal NC contact of the motor can be
evaluated with this signal

Visible only when password is active (see C94)

Activate JOG3:  Both terminals = HIGH

see also c70

UP = LOW and DOWN = LOW: quick stop; use
momentary NC contact

CW rotation = LOW and CCW rotation = LOW:
Quick stop

Controlled deceleration to standstill, active LOW

LOW = CW rotation
HIGH = CCW rotation

Caution:

  C02 = 1 overwrites all settings

Control = terminals, programming = LECOM/keypad

Control = terminals
Programming = remote keypad

Control and programming = remote keypad

0

Analog input (terminal 8)

Selection

1

Activate fixed setpoint 1 (JOG1)

11 TRIP reset

7

CCW rotation (open-circuit protected)

6

CW rotation (open-circuit protected)

5

Quick stop

4

Direction of rotation

3

DC braking (DCB)

2

Activate fixed setpoint 2 (JOG2)

8

UP (setpoint ramp-up)

9

DOWN (setpoint ramp-down)

999

0

2

Analog input (terminal 8)

3

LECOM

4

Analog input (terminal 8)

5

Code c40

6

Analog input (terminal 8)

7

Code c40

Relay is energized if
0

Ready

1

Fault

2

Motor is running

3

Motor is running - CW rotation

4

Motor is running - CCW rotation

5

Output frequency = 0 Hz

6

Frequency setpoint reached

7

Threshold (C17) exceeded

8

Current limit (motor or generator mode)
reached

247

1

9

Code c40

10 Analog input (terminal 8)

Control = LECOM, programming = LECOM/keypad

smd404

4

1

3

Summary of Contents for ESMD Series

Page 1: ...tiometer 6 Set terminal 28 to HIGH and terminal E2 to LOW Response Motor accelerates to setpoint with CW rotation Display shows output frequency in Hz e g 50 50 50 50 50 0 0 0 0 0 7 If necessary optimise settings Faults during commissioning operation see 2 4 5 8 smd401 Type ESMD 93 93 93 114 146 195 114 114 a mm 84 84 84 105 137 183 105 105 a1 mm 146 146 146 146 197 248 146 146 b mm 128 128 128 12...

Page 2: ...e mechanical stress Do not bend any components and do not change any insulation distances during transport or handling Do not touch any electronic components and contacts Controllers contain electrostatically sensitive components which can easily be damaged by inappropriate handling Do not damage or destroy any electrical components since this might endanger your health Electrical connection When ...

Page 3: ...oke With active filter in preparation Without additional measures Conformity Approvals Max permissible motor cable length 1 Envionmental conditions Temperature range Installation height Vibration resistance Earth leakage current EN 50178 Enclosure EN 60529 Protection measures against Operation in public supply networks Limitation of harmonic currents according to EN 61000 3 2 Transport Storage Ope...

Page 4: ...le local regulations 2 Pulse current or universal current sensitive earth leakage circuit breaker 3 UL Class CC fast acting current limiting type fuses 200 000 AIC required Bussman KTK R or equivalent Fuses cable cross sections 1 E l c b 2 Installation to EN 60204 1 Installation to UL Type ESMD L1 L2 L3 PE AWG Fuse 3 L1 L2 L3 PE mm Miniature circuit breaker Fuse 30 mA 371L4TXA 222L4TXA 14 10 A 1 5...

Page 5: ...IGH see also c70 UP LOW and DOWN LOW quick stop use momentary NC contact CW rotation LOW and CCW rotation LOW Quick stop Controlled deceleration to standstill active LOW LOW CW rotation HIGH CCW rotation Caution C02 1 overwrites all settings Control terminals programming LECOM keypad Control terminals Programming remote keypad Control and programming remote keypad 0 Analog input terminal 8 Selecti...

Page 6: ... 5 Hz increase C16 until motor current C54 0 8 x rated motor current Set the rated motor frequency nameplate for standard applications C46 C46 C46 C46 C46 C50 C50 C50 C50 C50 C54 C54 C54 C54 C54 Frequency setpoint Output frequency Motor current 255 0 240 0 0 240 0 0 Hz 0 Auto 1 Low C90 C90 C90 C90 C90 0 Input voltage selection C53 C53 C53 C53 C53 DC bus voltage 255 0 999 0 Output frequency at 100 ...

Page 7: ...11 999 0 0 2 Output frequency 2 10 VDC 1 Output frequency 0 10 VDC c11 c11 c11 c11 c11 0 Configuration analog output 62 5 Dynamic Braking 3 Load 0 10 VDC 4 Load 2 10 VDC Code Possible Settings IMPORTANT No Lenze Name Selection c17 c17 c17 c17 c17 0 Configuration digital output A1 Output is energized if 0 Ready 1 Fault 2 Motor is running 3 Motor is running CW rotation 4 Motor is running CCW rotatio...

Page 8: ...s active Remote keypad disconnected Short circuit Excessive capacitive charging current of the motor cable Acceleration time C12 too short Defective motor cable Internal fault in motor Frequent and long overload Grounded motor phase Excessive capacitive charging current of the motor cable Motor is thermally overloaded for instance because of impermissable continuous current frequent or too long ac...

Reviews: