Intended use..............................9 Safety precautions .............................9 Electronic equipment reception interference..................10 Environmental requirements.........................10 Technical specifications......................... 11 Permitted door weight and door width ......................12 How the RECORD HA7 works.........................13 Door mode functionality..........................13 HOLD/AUTO/OFF switch............................13 6.1.1 Modes and functions on app........................13 6.2.1 Wireless controlling .............................13...
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Electrical connection ..........................42 12.1 Mains connection............................42 12.2 Control unit (CU) ............................44 Connection of activation units and accessories (option) ................. 45 12.3 Start-up ............................... 46 13.1 Spring pre-tension (not include concealed installation) ................ 46 13.2 App .................................. 46 13.2.1 Install the app ...........................
1 Revision Revision 5.0 Following pages have been revised: Page Revision 16, 17 Added onboard power supply assembly 16, 17 Revised drawings and part numbers for new cover and end caps 46-51 Revised screenshots for Record Swing Door Manager app...
2 Presentation of notes and warning signs Presentation of notes and warning signs Various symbols and texts are used in this manual for easier understanding and identification. Note: When you see Note! it contains useful advice and information to ensure correct and com- pliant usage of the system.
3 WARNING: Important safety instructions. Follow all instructions since incorrect installation can lead to severe injury. WARNING: Important safety instructions. Follow all instructions since incorrect installation can lead to severe injury. Failure to observe the information in this manual may result in personal injury or damage to equipment.
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3 WARNING: Important safety instructions. Follow all instructions since incorrect installation can lead to severe injury. The doors can be operated automatically or manually by activators. It can also be used manually as a door closer. Do not go through a closing door.
Important information Intended use The Record HA7 is an automatic swing door operator developed to facilitate entrances to buildings and within buildings through swing doors. The Record HA7 is an electromechanical operator approved for fire door applications. This widely used operator can be found in applications ranging from handicapped access in private homes to commercial establishments.
4 Important information Electronic equipment reception interference The equipment may generate and use radio frequency energy and if not installed and used properly, it may cause interference to radio, television reception or other radio frequency type systems. If other equipment does not fully comply with immunity requirements, interference may occur. There is no guarantee that interference will not occur in a particular installation.
Ensure that the door operator with the technical specifications below is suitable for the installation. Manufacturer: Record Canada Inc. 221 A Racco Parkway, Vaughan, ON, Canada L4J 8X9 Address: Type: Record HA7 Power supply: 120 V AC +10/-15%, 50/60 Hz, mains fuse max. 10A (building installation) Power consumption: Max. 90 W Auxiliary voltage: 24 V DC, max.
6 How the Record HA7 works How the Record HA7 works The swing door operator Record HA7 uses a motor which is connected to the output shaft. The push or pull arm system that is connected to the output shaft opens the door in a surface mounted application.
6 How the Record HA7 works 6.2.5 Hold / Parking The door can be held at any position when opening or closing. The door will not react on impulses, "push and go" or "push and close". 6.2.6 Opening When an activation signal is received by the control unit, the door is opened at the installer-adjusted opening speed.
6 How the Record HA7 works 6.2.16 Function of locks The control unit has an available output of DC for external locks The lock output is short circuit proof and can supply a lock with 12 V DC, max. 1200 mA or 24 V DC, max.
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7 Part identification Item No. Part. No. Description W7-330001225 Back plate with power cable W7-331020445BK Spindle cover kit (Black) W7-331020445PD Spindle cover kit (Grey) W7-331019785 Bracket power plug W7-331027034 Endplate with control switch (Black), 88 mm W7-331026159 Endplate (Black), 88 mm W7-331026149DB Cover (Black), 88 mm W7-331026149NA Cover (Silver), 88 mm W7-331018537...
8 Arm systems Pulling installation with PULL arm Part. No.: W7-331020226BK 8.2.1 Drive shaft extension kits for PULL arm (44mm) (28mm) Part. No.: H-W7-1020925...
9 Options Options Push plates For ADA compliance, the center of the push plate(s) must be 34"-48" (863mm-1912mm) above the finished floor, or the height required by local AHJ. 9.1.1 Push plates P/N: W6-115 P/N: W6-124-1 P/N: W6-110 P/N: W6-110-2 P/N: W6-105 9.1.2 Remote transmitter push plates...
10 Pre-installation Pre-installation 10.1 General tips/Safety concerns In all instances, where work is being done, the area is to be secured from pedestrian traffic to prevent injury. In all instances, where work is being done, the main power is to be removed to prevent injury.
11 Mechanical installation Mechanical installation The operator is mounted on either side of the door header depending on type of doors. The door is controlled with a push or pull arm system. Note: Consider all power wire entry locations and signaling wires before preparing back plate. Please do not touch the PCB during installation to prevent static breakdown.
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11 Mechanical installation 2. Mount the Backplate (993mm) (Min. 4x)
11 Mechanical installation Refer to the picture for recommended location of lock kick. Unscrew this screw to move Unscrew this screw to move the lock kick and adjust Max. Min. angle of lock kick. 4.Mount the Operator M5x55 (4x) Note! The direction of the arrow on the operator should be the same as the opening rotation direction.
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11 Mechanical installation 5.Mount the Arm The flat face of the extension shaft should be aligned to groove flat face on the arm. 90° 20 N m / 177 lbf in Metal (2x)
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11 Mechanical installation ST6.3 x 38 M6 x 30 Wood Metal (2x) 80° - 110° Encoder Motor Lock kick (Optional) Note! Do not remove jumper unless a lock kick Is installed.
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11 Mechanical installation 2. Mount the Backplate (993mm) (147mm) (130mm) (138mm) (28mm) (44mm) (102mm) (8mm) ST5.5 x 50 ST5.5 x 50 M6 x 30 Note! Screw head must be flush with back plate surface. Reinforced concrete Wood Metal (Min. 4x) Note! The mark on the back plate must be in...
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11 Mechanical installation Refer to the picture for the recommended location of the lock kick. Unscrew this screw to move the lock kick and adjust Max. Min. angle of lock kick. 4. Mount the Operator...
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11 Mechanical installation 5. Mount the Arm The flat face of the extension shaft should be aligned to the groove flat face on the arm. (2x) 5 N m / 44 lbf in...
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11 Mechanical installation ST6.3 x 38 M6 x 30 Wood Metal (2x) 80° - 110° Lock kick (Optional) Motor Encoder Note! Do not remove jumper unless lock kick installed.
11 Mechanical installation 11.2 PULL arm system 1.Determine the Door Hand (pull instructions) (44mm) (10mm) *Note! Arm sliding track must be mounted at the top of the door and the back plate at the Z-measurement from top of the door.
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11 Mechanical installation 2. Mount the Backplate (993mm) (993mm) (Min. 4x) 3.Mount the Lock kick (Optional) Note! Install lock kick for all fire-rated doors. PULL - black PUSH - silver...
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11 Mechanical installation Refer to the picture for recommended location of lock kick. Unscrew this screw to move Unscrew this screw the lock kick, and to adjust Max. the angle of the lock kick. Lock kick 4. Mount the Operator M5x55 (4x) Note! The direction of the arrow on the operator should be same...
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11 Mechanical installation 5.Mount the Arm ST4.8 x 60 M5 x 40 (2x) Wood Metal When reveal = 0 and arm against door frame, do the following steps to get pre-tension. When reveal 0, push the arm with angle 2° - 3° to get pre- check the spring pre-tension and the lock kick.
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11 Mechanical installation Encoder Motor Lock kick (Optional)
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11 Mechanical installation 2. Mount the Backplate ST5.5 x 50 M6 x 30 ST5.5 x 50 Note! Screw head must surface. Reinforced concrete Wood Metal (Min. 4x) Note! The mark on the back plate must be in line with the CL pivot. 3.
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11 Mechanical installation Refer to the picture for the recommended location of the lock kick. Unscrew this screw to move Unscrew this screw the lock kick, and to adjust Max. Min. the angle of the lock kick. 4. Mount the Operator M5x55 (4x) Note! The direction of the arrow on the operator should be same...
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11 Mechanical installation 5.Mount the Arm ST4.8 x 60 M5 x 40 (2x) Wood Metal When reveal = 0 and arm against door frame, do following steps to get pre-tension. -tension, tension and lock kick. Note! If the pre-tension exceeds what is shown, it will cause this pin to be below the line and the lock kick will not work.
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11 Mechanical installation Lock kick (Optional) 80° - 110° Motor Encoder Note! Do not remove the jumper unless the lock kick is installed.
12 Electrical connection Electrical connection The installation shall be made according to local codes. During any work with the electrical connections the mains must be disconnected. Place the electric switch easily accessible from the operator. If a plug contact is used in the installation the wall socket shall be placed easily accessible from the operator.
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12 Electrical connection Alt. 2 Power adaptor (option) a Disconnect the main power. b Remove the ground wire (1) and replace it with accessory of the long ground wire (2) to make the backplate grounded. c Replace the pin (3) on CU with the pin (4). d Connect the power adaptor (7) to the CU.
12 Electrical connection 12.2 Control unit (CU) Power connector 1 +24V Power connector 2 Note 1! +24V input power should be 22.8 - 26V. Note 2! The two power connectors should not be plugged into electrical power at POWER same time. LOCK- LOCK+ OIMP...
13 Start-up Start-up Note: An external doorstop is to be installed to prevent the door from over travel. Do not use a hold open stop. 13.1 Spring pre-tension (not include concealed installation) The spring pre-tension is factory set to either size #2 PULL or size #4 PUSH. Adjust the spring according to the following information: Closing force between Door closer power size...
13 Start-up 13.2.11 Configuration parameters Parameter name Default settings Value Hold open time 2s - 6h Opening time 4.5s 4.5s - 9s Closing time 4.5s 4.5s - 9s Arm system Push / Pull Push / Pull Push and go Not active Not active / Active Power assist Off / Low / Medium / High...
14 Cover Cover Secure cover with screw. Apply the Record logotype to the cover, see below. Remove the plastic film M3x6 (1x) M3x12 (4x) Remove the plastic film...
14 Cover Troubleshooting Fault Possible reasons why Remedies/Explanations The door does not Control switch is set to OFF Change the setting of the control switch open Mains power is missing Check the mains power and fuse in the The motor does not building start LED light blinks...
16 Service/Maintenance Service/Maintenance Regular inspections shall be made according to national regulations and product documentation by a Record trained and qualified technician. Regular scheduled maintenance should be in accordance with national requirements and product documentation. This is especially important when the installation concerns a fire- approved door or a door with an emergency opening function.
17 ANSI / BHMA A156.19 (LOW ENERGY APPLICATION) _____________________________________________________________ ANSI / BHMA A156.19 (LOW ENERGY APPLICATION) 17.1 REQUIREMENTS FOR LOW ENERGY POWER OPERATED DOORS The following texts are excerpts from American National Standard for low energy power operated swing doors. Please refer to the full standard if necessary. 17.1.1 Activation The operator shall be activated by a knowing act.
17 ANSI / BHMA A156.19 (LOW ENERGY APPLICATION) _____________________________________________________________ Table II Total Opening Time to 90 Degrees Backcheck at 60 degrees Backcheck at 70 degrees Backcheck at 80 degrees Table I plus 2 seconds Table I plus 1.5 seconds Table I plus 1second If the door opens more than 90 degrees, it shall continue at the same rate as backcheck speed.
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