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ISA 1 

Operation 

Rev. -, April 2019 

13 

6

 

Operation 

6.1

 

Operating modes 

Depending on the control of the sliding system drive and of the operating elements con-

nected by the customer, the sliding system drive can be operated in the following operating 

modes: 

 

Start/stop 

 

Teach-in run 

 

Reference run 

6.2

 

Start/stop 

In case of start/stop, the sliding system drive moves the sliding element to the open or 

closed position. If a new control signal is sent during the run, the sliding system drive stops 

and, thus, also stops the movement of the sliding element. 

7

 

Maintenance and care 

The sliding system drive can be operated 8000

 

h in continuous operation without any 

maintenance or care. After this period of maintenance-free continuous operation, or when 

the sliding system drive is no longer operative, the sliding system drive must be replaced. 
In compliance with the statutory requirements and directives, stationary electrical equip-

ments must be submitted to periodic inspections in accordance with the applicable elec-

trotechnical regulations. The Technical Directive for operational facilities recommends an 

inspection interval of 4

 

years. 

8

 

Performance data 

 

Designation 

Value 

Unit 

Type 

ISA1 

 

Revision 

 

Operating voltage 

100 to 240 

VAC 

Input current - full load 

2.2/1.1 

A (115/230 VAC) 

Frequency 

50 to 60 

Hz 

Rating 

150 

Torque limit 

Nm 

Max. duty cycle 

10 

min 

Product lifetime 

20 

years 

 

Summary of Contents for ISA1 Series

Page 1: ...T MOVES YOUR WORLD INSTRUCTION MANUAL INTELLIGENT SLIDING SYSTEM DRIVES ISA1 SERIES THE INTELLIGENT SLIDING SYSTEM DRIVE ISA1 ENSURES COMPACT AND POWERFUL BUILDING AUTOMATION IN PERFECTION Rev April 2...

Page 2: ...ting from improper use 2 2 Target group These operating instructions are intended for the qualified personnel of the manufacturers of motor operated sliding systems 2 3 Safety regulations The sliding...

Page 3: ...carried out by qualified electricians or by instructed persons under the direction and supervision of a qualified electrician 2 4 Safety devices Depending on the use intended the requirements for saf...

Page 4: ...2 DIP switch for addressing 6 Operating mode selector switch 3 Servomotor 7 Mains connection 4 Gearbox with pinion shaft 8 Communication ports to other drives 3 1 Structure of the sliding system drive...

Page 5: ...aft transmits a torque to the driving element of the sliding system The trans mission can take place e g to a toothed belt drive via a toothed pulley optional 4 Mounting 4 1 Scope of delivery Fig 3 Sc...

Page 6: ...ed pulley reaches the toothed belt drive on the sliding system The sliding system drive can be fitted to the frame of the sliding system via threaded holes in the base plate or via threaded holes in t...

Page 7: ...ided by the customer in deenergised condition The inputs must be pulled to GND via switching contacts The outputs are designed as pull up resistor inversion at the output The following table shall app...

Page 8: ...the wire into the orifice Pull out the screwdriver The wire must be firmly clamped in the plug connector Repeat the procedure for all the wires 4 4 Setting the addresses The addresses are set via the...

Page 9: ...6 represents the bus termination resistor Example A sliding system block with four sliding elements and four sliding system drives is mounted Set the address switch 1 in the DIP switch of the first s...

Page 10: ...t provided by the customer to the connections I O 1 Fig 9 1 and I O 2 Fig 9 2 Please contact Moog in the event that parameter values have to be set which deviate from the standard values For the stand...

Page 11: ...ally set the switches 5 6 to ON Connect all mains connections Fig 10 3 to the power supply Perform a teach in run 5 3 Adapting parameter values The sliding system drive is delivered either with defaul...

Page 12: ...irst 30 cm safetyTime minimum duration the higher prio motor has to move first 5 s mainTimeout main timeout for waiting on slaves 60 s 5 4 Teach in run The teach in run must be started during commissi...

Page 13: ...m drive can be operated 8000 h in continuous operation without any maintenance or care After this period of maintenance free continuous operation or when the sliding system drive is no longer operativ...

Page 14: ...manually by pressing any button N The system stops the error text internal Error is displayed Error counter logging CAN error Trigger a manual system restart by pressing any button Connect SMI and re...

Page 15: ...ops and is ready for reference run The error text internal Error is displayed Power failure Start reference run by pressing the reference teach in push button K The system stops The error text interna...

Page 16: ...istered trademark of Moog Inc and its subsidiaries All trademarks as indicated herein are the property of Moog Inc and its subsidiaries 2019 Moog Inc All rights reserved All changes are reserved Moog...

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