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Swing door drive unit
FD 10 (pilot series)
Mounting and operating instructions
Com. no. ...................................................
Pos. ........................................
Year of construction .........
Operator
.............................................................................................................................................................
Operating place ......................................................................................................................................................
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Table of Contents
Summary of Contents for Quantek pilot Series
- Page 1 Swing door drive unit FD 10 (pilot series) Mounting and operating instructions Com. no............ Pos......... Year of construction ..Operator ................................Operating place ..............................
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Page 2: Table Of Contents
Inhalt Technical data FD 10 ........................3 Drawings ............................4 Normal rods RS pushing function / lintel mounting ..............4 Sliding rods RG pulling function / lintel mounting ..............5 Sliding rods RG pushing function / lintel mounting ..............6 Mounting ............................ -
Page 3: Technical Data Fd 10
1 Technical data FD 10 Drive mechanism Standard Power transmission Normal rods Sliding rods Dimensions of drive mechanism Height 70 mm Width 730 mm Depth 125 mm Weight of drive mechanism 8,2 kg Ambient temperature between -15...+50 °C may only be used in dry rooms max. -
Page 4: Drawings
2 Drawings 2.1 Normal rods RS pushing function / lintel mounting Lintel depth DIN right = as shown DIN left = mirror-inverted Option Axle extension Standard none 10…18 0548-190 10…28 0548-191 10…38 0548-192 10…48 0548-193 10…58 0548-194 10…68 => adjust dimensions accordingly... -
Page 5: Sliding Rods Rg Pulling Function / Lintel Mounting
2.2 Sliding rods RG pulling function / lintel mounting Lintel depth DIN left = as shown DIN right = mirror-inverted Note: This illustration presents the sliding bolt 46mm. If necessary, the latter can be replaced by a sliding bolt 18mm, with the consequence that some measures will change (-28mm) and thus need to be adapted accordingly. -
Page 6: Sliding Rods Rg Pushing Function / Lintel Mounting
2.3 Sliding rods RG pushing function / lintel mounting Lintel depth DIN right = as shown DIN left = mirror-inverted Note: This illustration presents the sliding bolt 18mm. If necessary, the latter can be replaced by a sliding bolt 46mm, with the consequence that some measures will change (+28mm) and thus need to be adapted accordingly. -
Page 7: Mounting
3 Mounting Mark and drill the fixing holes onto lintel and door leaf according to the respective drawing. The chassis can be used as a drilling template. Caution: Please pay attention to the orientation of the chassis profile! The fixing holes of the drive module must always be on the side facing the door hinge! Fasten the chassis by means of six screws M6 to lintel. - Page 8 b. For sliding rods with pulling function, the arrow with description ‘’PULL’’ points to the chassis. PULL Route the reference switch cable, the mains cable and program switch cable (on the side cover) below the drive module. Screw earth cable to chassis. Serrated lock washer...
- Page 9 Screw the control unit on the chassis and connect it. a. Remove the front terminals to expose the mounting hole. b. Insert the Encoder cable, the reference switch cable and program switch cable into the control unit Program switch cable Encoder cable Reference switch cable c.
- Page 10 e. Connect motor and mains plug on the face side of the control unit. High-voltage terminal block Motor plug If required, route the cable for sensors, motor lock, button etc. below the drive module and the control unit and connect them. Mount the selected rods according to drawing.
- Page 11 Adjust the open position stop piece a. Slightly loosen three screws (A) of the open position stop piece, but do not remove them. In case the stop piece (B) clamps, the latter can be loosened by giving a slight hit onto the screw heads. b.
- Page 12 Connect the side covers a. Insert the power supply into the mains supply terminal b. Fasten the power supplies with the strain relief clip onto the side cover c. Insert mains cable into the mains supply terminal Fasten both side covers to the chassis.
- Page 13 Take the drive unit into operation according to chapter 6. Stick on the Gilgen-Logo and mount the covering (after commissioning) a. Degrease the glued surface on the covering b. Remove white sticker protective sheet (D). c. Affix the stencil (B) with the Logo (C) on the lower right corner of the covering and press on well.
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Page 14: Automatic Closing Sequence Control
4 Automatic closing sequence control For bi-parting installations, the closing sequence control determines the order in which the door leaves are opened and closed. For the opening procedure, the earlier leaf (Master leaf) is the first one to be opened, whereas for the closing procedure the delayed door leaf (Slave leaf) is the first one to be closed. - Page 15 Procedure: Connect both control units by means of three-pole cable (terminal X109, CG/CL/CH) Note: The respective control and safety elements are connected to the corresponding drive unit. Take the Master drive unit into operation (see chapter commissioning). For the Master drive unit: Select the operating mode OPEN. Take the Slave drive unit into operation (see chapter commissioning).
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Page 16: Control
5 Control Programm flip switch The drive unit is supplied with a built-in 3 stage flip switch in the side cover, which allows enabling the operating modes AUTOMATIC, MANUAL and OPEN. Operating modes The following operating modes can be enabled by means of the flip switch: Program switch position : 1 = Automatic 0 = Manual... -
Page 17: Commissioning
6 Commissioning Warning: During the setting-up procedure (which must only be carried out by experts), the safety devices (radar, sensors, ...) are switched off! Before initiating the setting-up procedure, it is important to make sure that neither persons nor objects remain within the danger area of the moving door leaf, in order to avoid injuries or damages! Procedure: Switch on the drive unit (Power-up). - Page 18 Adjust the opening speed Vo and validate by means of OK. Adjust the closing speed Vc and validate by means of OK. Adjust the setting-up procedure (Teach) and validate by means of OK. Start the setting-up procedure (Teach): validate by means of OK. Upon expiry of 10 seconds the setting-up procedure (Teach) is automatically initiated (or by means of moving the joystick) During the setting-up procedure the drive unit gives an acoustic...
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Page 19: Adjustments
7 Adjustments The parameters can be changed on the control unit by means of the display and the joystick. The movements of the joystick have the following effects: • Vertical joystick movement (upward/downward) -> Scroll through the displayed information. • Horizontal joystick movement (to the left/to the right) -> Change the settings. •... -
Page 20: Configuration (Config)
(CONFIG) 7.2 Configuration Parameter Description Setting range Default APuGo Triggering angle Push&Go (angle push&go) OFF, 2...10° ASES 1) Suppression point Safety Element stop. 45°...Ao 95° If Ao is changed, ASES is automatically set to Ao. ASER 2) Suppression range of the safety element reversing 0...60°... -
Page 21: Installation With Multiple Door Leaves (Double Door)
7.3 Installation with multiple door leaves (Double Door) Parameter Description Setting range Default DubleD Closing sequence role (Master/Slave) and interlock side (A/B) MastrA SlaveA MastrB SlaveB AoSeq Current delay angle for opening sequence control (Slave) 0..110° 20° (only visible if DubleD is active) AcSeq Current delay angle for closing sequence control (Master) 0..110°... -
Page 22: Menu Navigation
8 Menu navigation On the 1st level, the following information is shown on the display: display line: The door position is represented by means of the arrows (><). Alternatively, the motion-relevant opening and safety signals are displayed. The double hash signs (##) indicate that the door is locked. -
Page 23: Double Door
8.3 DOUBLE DOOR Setting the closing sequence and interlock function • A changed parameter value is indicated by a flashing display. Press OK in order to validate the change. 8.4 DIAGNOSTICS Diagnostic tools • K-I-O-R-S-E shows the inputs KEY (K), OEI (I), OEO (O), SER (R), SES (S), EMY (E). (+) stands for active, (-) for inactive. -
Page 24: Block/Unbloc
8.8 BLOCK/UNBLOC Lock/unlock the joystick • BLOCK Lock the joystick. For a temporary unlocking, press OK for more than 1 second. 60 seconds after the last joystick actuation, the joystick is automatically relocked. • UNBLOC Permanent unlocking of the joystick. 8.9 TEACH •... -
Page 25: Troubleshooting
9 Troubleshooting Warning: Electrocution hazard! Before working on any live elements, pull out the mains plug respectively switch off the main installation switch! If a malfunction occurs which might be detrimental to the safety of the users, and which cannot be eliminated without delay, the operator must be informed and if required the installation shall be taken out of operation. -
Page 26: Safety Elements
9.3 Safety elements Description Cause Elimination Checking Reaction SER Test SER Test signal unsuccessful. SER short-circuit to the earth. Prior to closing. Check the cabling of the sensor or the jumper. SER too slow. SER reacts too slowly. Check the cabling of the sensor. Check for polarity reversal/test signal. -
Page 27: Malfunction Without Error-No
10 Malfunction without error-no. In some cases, it will be technically impossible to display an "irregular functioning" of the installation by a definite error number. An alleged error may by all means also be due to "correct" causes. For this reason the list shown hereafter has been established, which contains the probable or already encountered irregular functioning, their possible causes as well as the corrective action (error elimination) to be taken.