Regada SP 0.1 Installation, Service And Maintenance Instructions Download Page 15

SP 0.1, SPR 0.1 

 

13

 

 

2.1.2 

Electric connection and checking of function

 

1. Follow instructions in the part "Requirements for professional qualification"! 
2. While laying electrical line abide by the instructions for heavy current installations. 
3. Cables to terminal boards or connectors lead through cable glands. The cable jacket diameters must 
conform to the extent specified in Chapter 1.8.3! 
4. Before initiation ES into operation internal and external protection terminals are needed to be 
connected. 

5. Feeding cables are to be fixed to the solid construction at most 150 mm from the cable glands. 
6.

 

Cables of input controlling signals into a controller and output signals from a converter must be conducted 

separately from power conductors or it is possible to use shielded cables.

  

7. To prevent moisture from entering the actuator around the connecting cables, the cables must be sealed with 
silicone material at the point of penetration through device shell. 

 

Connecting with the master system: 

The EA can be controlled with: 

  a built-in position controller 

  an external position controller 

 

1.  If  the  EA  is  controlled  with  an  external  controller  using  unified  signal  from  a  two-  wire  transmitter 
(capacitive  or  resistive  with  a  converter  in  two-wire  connection),  it  is  needed  to  arrange  connecting  of 
the two-wire transmitter loop to electrical earth of the successive external controller! 
2. Connection can be performed only in one point, in any part of loop out of the EA. 
3.  Electronics  of  the  two-wire  transmitters  is  galvanically  insulated  that  is  why  it  can  serve  as  an 
external source for supplying of several transmitters (their number depends on current which the source 
can supply). 
4. Do not connect and disconnect live connectors ! 

 
Notes: 

1.  Wires of input control signals to controller and output signals from current converter it is necessary to 

lead them separately with thrust wires or it is necessary to use shielded wires 

2.  The  EA  are  delivered  with  bushings,  which  in  case  of  tight  putting  on  the  leads  assure  protection 

enclosure  up  to  IP  68.  For  required  protection  enclosure  it  is  needed  to  use  rings  according  to  the  actual 
cable diameter. 

3.  While fixing the cable it is needed to count with allowed bend radius to avoid damaging or deformation of the 

sealing element of the bushing. The  leads are to be  fixed with the solid construction  at most 150 mm from 
the bushings. 

4.  It is recommended to use screened cables to connect remote transmitters. 
5.  The face areas of the control part cover have to be before re-mounting clean, coated with a grease without 

any acid (e.g. vaseline) and sealing not damaged to avoid joint corrosion.  

6.  Reversation of the EA is sure, if the period between  switching-off and switching-on of power supply for the 

reversed movement of the output part is minimally 50 ms. 

7.  Delay after switching-off, i.e. time since a reaction of switches till the motor is dead can be maximally 20 ms. 
8.  It  is  recommended  to  have  the  corresponding  direction  protection  switched-off  directly  with  the 

corresponding position or torque switches. 

 

 

After electric connection it is recommended:  

Checking  of  wiring. 

Set  the  actuator  into  a  mid-position.  Check  the  right  direction  of  output  shaft 

movement with pressing the button "closing" (on a manual control board or on a test button panel) and 
the output pointer  turn clockwisely looking from above. If not change the order of the mains phases. 

Checking  of  position  switches.

 While  the  actuator  is running  in the  chosen  direction  consequently 

switch contacts of switches pressing springs of correspondent switches. In case of correct connection 
the actuator is to stop. If any of the functions is not correct check the connection in accordance with 
the wiring diagram. 
 

In  the 

SPR  version

  with  the  built-in  electronic  controller  it  is  needed  to  perform 

autocalibration

 for assuring optimal functioning. 

 

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Summary of Contents for SP 0.1

Page 1: ...74 0803 03 Electric part turn actuators SP 0 1 SPR 0 1 INSTALLATION SERVICE AND MAINTENANCE INSTRUCTIONS...

Page 2: ...Operating angle Transmitter Warranty period months Input operating signal Serial number of electric motor Serial number of transmitter Serial number of position controller Tests made in accordance wi...

Page 3: ...1 Installation 12 2 1 1 Mechanical connection 12 2 1 2 Electric connection and checking of function 13 2 2 Dismantling 14 3 Adjusting of actuator 14 3 1 Output position changes 14 3 2 Adjustment of po...

Page 4: ...of actuator by a semiconductor components switches have to be consulted with producer 1 2 Safety instructions EA of SP and SPR types are reserved technical devices with higher rate of danger with pos...

Page 5: ...4 Warranty conditions The supplier is responsible for completeness of the delivery and guarantees these specifications of the product which are stated in the Contract The supplier is not responsible...

Page 6: ...on and operation of EA is possible in any position Usual position has vertical axis position of output part above armature and with control at the top Operating angle adjusted by stop ends must be gre...

Page 7: ...of corrosive pollution AF 2 with permanent exposure of big amount of corroding or contaminated chemicals and salt fog in execution for sea environment for sewage water disposal plant and some chemical...

Page 8: ...l part Fig 1 is placed on a control board consisting of electric motor 58 with capacitor 56 a torque unit controlled with a worm axial shift a position signalling unit 54 with a position transmitter 5...

Page 9: ...40 34 7 3 0 078 0 78 46 63 0 47 500 60 50 4 7 375 0 051 0 51 30 63 0 33 500 80 66 3 54 250 0 045 0 45 25 8 63 0 27 500 120 100 2 75 375 0 04 0 4 25 63 0 27 500 SP 0 1 SPR 0 1 type number 331 160 135...

Page 10: ...ce can be single side grounded Influence of resistance on output current 0 02 100 Influence of voltage on output current 0 02 1V Temperature dependency 0 5 10 C Output signal values at limit positions...

Page 11: ...k position transmitter Statistic data using RS 232 and personal computer number of controller operation hours frequency of relay switching in direction opening frequency of relay switching in directio...

Page 12: ...tric connection according to wiring diagrams 1 9 Conservation packing transport storing and unpacking Surfaces without surface treatment are treated by conservation preparation MOGUL LV 2 3 before pac...

Page 13: ...s not protected against direct climate influence Eventual damages to surface finish remove without delay thus preventing damage by corrosion If storing takes longer than 1 year it is necessary to insp...

Page 14: ...tuators SP R 0 1 are available in the following versions a With a flange F 03 F 04 or F05 in accordance with ISO 5211 Standard b With a stand and a lever a lever and a pull rod or without any lever wi...

Page 15: ...t is necessary to lead them separately with thrust wires or it is necessary to use shielded wires 2 The EA are delivered with bushings which in case of tight putting on the leads assure protection enc...

Page 16: ...e chapter 1 2 2 Requirements for professional qualification Disconnect the electrical servo drive from electrical power network Observe safety regulations The adjustment can be performed at a mechanic...

Page 17: ...icator in the EA SPR to function as a feedback in the position controller and if needed also in the position of a remote resistant position indicator Before the resistant transmitter adjustment the po...

Page 18: ...troke stated on the actuator s nameplate At values less than 75 the value 20mA is reduced proportionally Adjustment of the EPV in Electric Actuators SPR with controllers Disconnect the circuit with re...

Page 19: ...values of output signals in case they are reset The capacitive transmitter serves as a position transmitter of electric actuators with unified output signal of 4 20 mA in electric actuators SP 0 1 or...

Page 20: ...s 81 and 82 removing the jumper Connect power supply to the terminals 1 and 61 Disconnect the control signal from the terminals 86 and 88 Put the actuator to the direction OPENING or CLOSING with the...

Page 21: ...e switches and the position transmitter before adjustment of the controller Laying of adjusters and signalling elements on the board of the REGADA controller is shown on Fig 8 Fig 8 Table 2 D3 yellow...

Page 22: ...d closing and loads the adjusted parameters into the EEPROM memory In case that during the initialisation process an error occurs e g in connection or adjustment the initialisation process will be int...

Page 23: ...and troubleshooting 4 1 Service 1 In general it is provided that service of the EA is performed by a qualified worker in accordance with requirement given in Chapter 1 2 After putting the EA into ope...

Page 24: ...tent and periodicity During inspections and maintenance is needed to tighten all screws and nuts that affect the tightness and coverage Similarly once a year should be checked and if necessary tighten...

Page 25: ...pieces for repair purposes is allowed only by professionally qualified persons trained in the production plant or by a contracted service centre 5 Spare parts Spare part list Spare part Order Nr Posit...

Page 26: ...24 SP 0 1 SPR 0 1 6 Enclosures 6 1 Wiring diagrams Wiring diagrams for EA SP 0 1...

Page 27: ...n controller with resistant feedback connection Z239a position controller with current feedback connection Z257a 3 wire version of EPV without power supply connection Z260a 3 wire version of EPV with...

Page 28: ...with a jumper the jumper is placed in the plant If the output current signal is to be used the jumper is required to be removed 2 For the EA version with supply voltage of 24 V AC an earthling cable...

Page 29: ...SP 0 1 SPR 0 1 27 6 2 Dimensional drawings...

Page 30: ...28 SP 0 1 SPR 0 1...

Page 31: ...SP 0 1 SPR 0 1 29...

Page 32: ...30 SP 0 1 SPR 0 1...

Page 33: ...SP 0 1 SPR 0 1 31...

Page 34: ...32 SP 0 1 SPR 0 1...

Page 35: ...SP 0 1 SPR 0 1 33...

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