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Summary of Contents for Moog ISA1 Series
- Page 1 INSTRUCTION MANUAL INTELLIGENT SLIDING SYSTEM DRIVES ISA1 SERIES Rev.-, April 2019 THE INTELLIGENT SLIDING SYSTEM DRIVE ISA1 ENSURES COMPACT AND POWERFUL BUILDING AUTOMATION IN PERFECTION. WHAT MOVES YOUR WORLD...
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Page 2: Safety Regulations
Generalities ISA 1 Generalities Compliance with these operating instructions is required for safe use and smooth opera- tion of the sliding system drive. Only persons who have read and understood these operat- ing instructions are allowed to work with and on the sliding system drive. Safety Intended use The sliding system drive is intended for stationary mounting on sliding systems. -
Page 3: Safety Devices
ISA 1 Safety 2.3.2 Transport and mounting The sliding system drive is sensitive to shock. Handle the sliding system drive with care • during transport and mounting activities. Electrostatically sensitive parts inside the housing can be damaged due to electro- •... - Page 4 Description ISA 1 Hot surface warning The drive may become hot during operation. Voltage warning There is voltage present inside the housing. The nameplate informs about the exact type of the drive and the most important perfor- mance data of the sliding system drive. Description Fig.
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Page 5: Operating Principle
ISA 1 Mounting The operating mode and addressing can be set via the DIP switch (Fig. 2/2) and the operat- ing mode selector switch (Fig. 2/6). Operating principle The pinion shaft transmits a torque to the driving element of the sliding system. The trans- mission can take place e.g. - Page 6 Mounting ISA 1 Mounting the sliding system drive The sliding system drive may only be mounted in horizontal position. Prerequisites: The mounting location is level and clean. • The mounting location is suitable for the weight of the sliding system drive. •...
- Page 7 ISA 1 Mounting Mounting the electrical connections 4.3.1 Pin assignment of plug connectors Fig. 5 Pin assignment of I/O connections Prior to commissioning, the pluggable terminal blocks (Fig. 5) included in the scope of delivery for the IN and OUT connections must be connected to the communication lines of the control / sensor system provided by the customer in deenergised condition.
- Page 8 Mounting ISA 1 4.3.2 Connecting cable to plug connector Fig. 6 Plug connector Insert a small screwdriver next to the wire orifice and tilt it downward. Slide the wire into the orifice. Pull out the screwdriver. The wire must be firmly clamped in the plug connector. ...
- Page 9 ISA 1 Mounting Address DIP switch No. Wing Unit Window No. 5 and 6 only on the last drive in the wing unit Special Mode A Special Mode B * The addresses "5" and "6" are only set to "ON" for the last sliding system drive connected (irrespective of the number of sliding system drives connected).
- Page 10 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 standard parameter values refer to section 5.3.
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Page 11: Multiple Connection
Adapting parameter values The sliding system drive is delivered either with default parameter values or (at customer request) with customized parameter values. A change of the parameter values is only al- lowed after consultation with Moog. Standard Parameter value... - Page 12 Commissioning ISA 1 Standard Parameter value searchHSSpeed (speed of pane in teach-in open/close movements) 5 cm searchHSAccel (acceleration of pane in regular open/close movements) 20 mm/s ² searchHSDecel (deceleration of pane in teach-in open/close movements) 20 mm/s ² delayBetweenMotors (delay between two motors in one line in 10th of seconds) 5 (0.1s) testWaitOpen (waiting time after close before close)
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Page 13: Operation
ISA 1 Operation Operation 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 •... - Page 14 Faults ISA 1 Faults The faults listed below mainly occur during commissioning. A reference run must be performed after having rectified the fault. Value** Fault Cause Rectification The system stops and Obstacle within the The system resets reverses briefly travelling path automatically or has to be reset manually by The error text "internal...
- Page 15 ISA 1 Appendix Value** Fault Cause Rectification Error LED is flashing Locking device Check flash code. failure Trigger a manual system restart by pressing any button. Connect SMI and read error out with GOSUB??? The system stops, the Drive switches to Trigger a manual system error text "internal error status...
- Page 16 Moog is a registered 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 ISA1 Instruction Manual SORG/Rev.-, April 2019, Id.
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