Somfy LT50 Manual
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Motorized Roller Blinds : Somfy LT50 motor + Alkenz 3000N001
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LT50/60 Motor Installation Instructions
1. TUBE PREPARATION
! Cut the tube to the required length (B), taking into account
C B A D
! ! ! !
Tube Diameter Less than 3.35" (85mm)
the width of the installation (A), the motor end clearance (C), and the idler end clearance (D). (See Fig. 1) USE FORMULA TO DETERMINE MEASUREMENTS. Remove all burrs from the ends of the tube and ensure that the inside of the tube is clean. For all round tube sizes up to 3.35" (85 mm) inclusive, notch the tube on the motor end to the dimensions A & B. (See Fig. 2) For all tubes over 3.35" (85 mm) form a tongue in the motor end of the tube by making two cuts 1" (25 mm) apart and.75" (20 mm) deep. (See Fig. 3) 2. PREPARING THE TUBULAR MOTOR
! Place the crown wheel over the body of the motor. Slide
".75 ) mm (20
Tube Diameter Greater than 3.35" (85mm)
A Notch: LT50 Length = 25 mm LTmm
B Width = 4 mm 8 mm
the slot in the motor crown over the raised key on the motor's limit switch unit. (See Fig. 4) A crown is not necessary on 2.0" Tube when used with LT50, and 2.5" Tube with LT60. ! Fit the drive wheel on to the output shaft of the motor. There are two types of LT drive wheels: Removable or "SOFT CLIP" type, and fixed or "HARD CLIP" type. The "SOFT CLIP" drives are only available for round tubes in 2.0", 2.5", and 2.75" diameters. The drive wheel can be removed by physically pulling it off the motor shaft. For the ease of identification all "SOFT CLIP" drives are BROWN. The "HARD CLIP" drives can only be removed from the shaft by pressing the two clips inward at the same time. The motor must be out of the tube in order to have access to the clips. These drives are BLACK. 3. FITTING THE MOTOR INTO THE TUBE For round tubes: Measure the drilling length R according to the motor type listed in the table below. Fit the motor into the tube ensuring that the notch at the end of the tube slides over the raised key on the crown wheel. (See Fig. 5, 6) Secure the drive wheel to the tube using four 7/32 steel pop rivets or four 1/4 DIA. screws. Fit the end plug into the other side of the tube and secure it with three steel pop rivets. Use only fasteners with steel grades SAE 5 or higher. Metric fasteners must be grade 8.8 or higher. (See Fig. 7) 4. SUPPLY CABLE OUTPUT AXIAL OUTPUT: Pass the supply cable through the center hole of the yellow motor head cover. (See Fig. 5) RADIAL OUTPUT: Pass the supply cable through the groove in the motor head. (See Fig. 6)
Notch Raised Key
MOTOR TYPE 504S2 506S2 510S2 510R2 515S2 515A2 R R MOTOR in. / mm in. / mm TYPE 19.29/490 520R2 20.08/510 20.08/510 525A2 21.26/540 21.26/540 530R2 21.26/540 19.29/490 535A2 23.23/590 23.23/590 540R2 23.23/590 20.08/510 550R2 23.23/590
MOTOR R TYPE in. / mm 660R2 25.3/642
5. LIMIT SWITCH SETTING SOMFY strongly recommends using a Tester Cable (T.C.) Cat. No. 6020086 to set the motor limits, and to ensure the system is operating correctly before the final electrical connection is made. Refer to Step 7 "Trouble Shooting Guide" for any problems encountered. Two positions have to be set: the UP & DOWN positions, this is where the rolling shutter or awning will stop automatically. Sequence:
Ensure the tester cable switch is in the center "OFF" position, and connect T.C. to motor leads by matching color codes. Remove the protective cap covering the limit setting buttons on motor head, and replace when finished. Depress fully both limit switch push buttons. They will automatically lock in the down position. Operate the T.C. switch and check that the system operates correctly. Identify the UP limit switch push button(refer to figure used for step 1). Press the T.C. switch in the UP direction until the required position is reached. Set the switch to the center "OFF" position. Unlock the UP limit switch push button by depressing and releasing it. Repeat the above operation to set the lower limit. Check with the switch that the motor stops at the up & down positions just set. Always remember to affix the protective cap over the limit switch buttons. NOTE: Tubular motors are not continuously rated. They have a built-in thermal overload device which limits their operation to approximately 5 minutes.
WHITE PUSH BUTTON (BLACK WIRE)
Cat. No. 6020086 Tester Cable Switch (T.C. switch)
YELLOW PUSH BUTTON (RED WIRE)
** The motor cable should not act as a direct conduit for the water to enter the head of the motor (form drip loops).
6. WIRING/INSTALLATION RECOMMENDATIONS
120VAC 60Hz A. All wiring must conform to NEC (National Electrical Code) and local codes GROUND B. Do not wire two or more motors to one SPDT (single pole double throw switch-NO PARALLEL WIRING). NEUTRAL C. Do not use light switches.
** See note above
D. Do not wire two or more switches to one motor, without using SOMFY's multi switch command. Cat. No. 6300427. NOTE: SOMFY motors conform to IP44 requirements and as such must be protected against direct weather elements such as rain, sleet,.etc. SOMFY reserves the right to void the motor warranty if the wiring recommendations are not followed. 7. TROUBLESHOOTING GUIDE
SYSTEM DOES NOT RESPOND - Is the power supply switched on - check any fuses in the system? - Is control switch wired correctly? Refer to instructions. - Are limit switches set properly? Review limit switch settings. - The thermal protective device may have shut the motor off. Wait for the motor to cool down. - Check the wiring between the motor & the switch. - Disconnect the switch & test the motor with a tester cable.
BLACK RED BROWN
DECORATOR PADDLE/ TOGGLE SWITCH
* - reverse the brown and red wire if the UP and DOWN movement do not correspond to the UP and DOWN of the switch.
BLACK GROUND CONNECTED TO BOX
THE SYSTEM IS NOT STOPPING - Is the limit switch crown wheel being driven by the tube (has tube profile been properly notched)? - Is motor drive wheel securely fastened to the tube? NOTE: if the motor is tested outside the tube, the crown wheel has to be manually turned in order to stop the rotation of the output shaft.
SOMFY SYSTEMS, INC. reserves the right to update, change or modify these instructions without prior notice. REF. NO. 4500050 / 900240 c AUGUST 1999
SOMFY MEXICO S.A. De C.V.
Calle 3 No. 47, Loc. E-5 Fracc Ind. Alce Blanco Nau., Edo. de Mex C.P 53370.
SOMFY SYSTEMS, INC.
47 Commerce Drive Cranbury, NJ 08512
6315 Shawson Drive, Unit #1 Mississauga, Ontario L5T1J2
NOTE: Refer to page 67 of this catalog for limit setting instructions. 4
The SOMFY DC Motor Range
LV 25 Range - Single Shaft Drive
MOTOR TYPE NOMINAL TORQUE SPEED ELECTRICAL RATING WEIGHT THEORETICAL LIFTING CAPACITY*
LV 25-B44 LV 25-B64 3.52 5.28
LW 25 Range - Double Shaft Drive
LW 25-B44 LW 25-B83 3.52 7.04
LT 28 Range
LT28 A LT28 AF LT28 B 6.16 6.16 6.16
12VDC 12VDC 24VDC
750mA 750mA 380mA
8.8 8.8 8.8
* See chart on page 22 for Product Applications/ Lifting Specifications
The SOMFY AC Motor Range
It is easy to understand these names as they follow the logical order of increasing torque and have a letter indicating the application (speed).
Torque (Nm) Motor Diameter 4 for LSfor LTfor LT60 Speed R: Rolling Shutter = 14 rpm A: Awning = 20 rpm (LT50 range only) S: Screen = 36-38 rpm F: High Speed = 64 rpm Range-Voltage 120V Range 2 230V Range 1
Conversion Factor: 1 Nm = 8.8 in. lbs.
Radio Technology Somfy
* Important information which must be understood before using the following technical specifications.
SOMFY motors are not designed for continuous operation. They are equipped with a built-in thermal overload protector which limits their operation to intermittent use only. in accordance with Underwriter Laboratories, Inc. and Canadian Standards Association specifications. Maximum running time is approximately 5 minutes depending upon operating conditions. Although SOMFY motors are designed for indoor and outdoor use, they must be protected from direct weather elements such as: rain, sleet, etc. Theoretical Lifting Capacity does not take into account any systems losses and should be used only as a reference. For the definition of Theoretical Lifting Capacity please refer to page 13. The actual lifting capacity of the particular motor depends on other factors such as tube diameter used and its length, selection of motor accessories (brackets, end caps, etc.), and mounting method used. Please consult SOMFY Systems for assistance with determining the actual lifting capacity of SOMFY motors in your particular application.
LS40 Range - Round Head Progressive Limit Switch Unit
(4mm Allen Screw Limit)
LIMIT SWITCH CAPACITY
THEORETICAL LIFTING CAPACITY*
404R2 409R2 404S2 401F2 412R11 105
4 1.3 12
0.8 1.2 0.9.85 1.75 135
2.11 2.38 1.92 2.10 2.38
0.95 1.08 0.95 0.95 1.08
44.0 100.0 44.0 14.0 132
20 6.4 60
* Theoretical lifting capacity given on a 40mm (1.57) tube. Length and tube deflection will determine its load capacity.
LT50 Range - Rapid Push Button Limits
The LT50 range offers up to a 50Nm (440 in. lb.) model and a range of 14-38 rpm for all standard models, and 14 or 20 rpm for CMO versions.
504S2 504S2RH 505F2RH 506S2 506S2RH 510S2 510S2RH 510R88
0.7 0.7 1.25 0.95 0.95 1.3 1.3 0.80
3.8 3.8 4.4 4.1 4.1 4.41 4.41 3.8
1.72 1.1.87 1.2 1.72
* Please refer to Definition of Theoretical Lifting Capacity on page 13.
LT50 Range - Rapid Push Button Limits (Contd)
515S2 515S2RH 515A2 520R2 525A2 525A2 CMO 530R2 530R2 CMO 535A2 535A2 CMO 540R2 540R2 CMO 550R2 550R2 CMO 440 440
1.8 1.8 1.1 1.1 1.6 1.6 1.5 1.5 2.1 2.1 1.8 1.8 2.1 2.250
5.62 5.62 4.3 4.3 4.74 7.14 4.74 7.14 5.62 7.69 5.62 7.69 5.62 7.69
2.55 2.55 1.95 1.95 2.15 3.24 2.15 3.24 2.55 3.49 2.55 3.49 2.55 3.49
SLT (for Cassette Awnings) - Star Head Rapid Push Button Limits
MOTOR TYPE NOMINAL TORQUE in. lb.
525A2 SLTL 525A2 SLTR 535A2 SLTL 535A2 SLTR 660R2 SLTL 660R2 SLTR L=Left Mount 530 530
ELECTRICAL RATING Volt
LIMIT SWITCH CAPACITY # Rotations
THEORETICAL LIFTING CAPACITY* lb.
1.6 1.6 2.1 2.1 2.5 2.285
5.5 5.5 6.4 6.4 9.7 9.7
2.5 2.5 2.9 2.9 4.4 4.4
ILT - Electronic Limit Switch
506S2 ILT 506S2 ILTRH 515S2 ILT 515S2 ILTRH 535A2 ILT 535A2 ILTRH 308 308
.95.95 1.8 1.8 2.1 2.250
4.6 4.6 6.1 6.1 6.1 6.1
2.07 2.07 2.77 2.77 2.77 2.77
LT50 Altus RTS Range - Star Head Electronic Limit Switch
MOTOR TYPE NOMINAL TORQUE in. lb. ** 506S2 ALTUS RTS ** 510S2 ALTUS RTS 525A2 ALTUS RTS 530R2 ALTUS RTS 535A2 ALTUS RTS 540R2 ALTUS RTS 550R2 ALTUS RTS
1.1 1.3 1.6 1.5 2.1 1.8 2.210 240
4.58 4.40 4.73 4.73 6.10 5.61 5.61
2.08 2.0 2.15 2.15 2.77 2.55 2.55
** - Also available in an RH version
LT50 OREA RTS Range - Star Head Electronic Limit Switch
535A2 OREA RTS 550R2 OREA RTS 308 440
LT50 RTS CMO Range - Rapid Push Button Limits
525A2 RTS CMO 530R2 RTS CMO 535A2 RTS CMO 540R2 RTS CMO 550R2 RTS CMO 440
1.6 1.5 2.1 1.8 2.210 250
7.6 7.12 8.06 7.72 7.79
3.45 3.24 3.66 3.51 3.54
LT60 Range - Rapid Push Button Limits
The LT60 range offers up to a 100Nm (880 in. lb.) model, and 14 rpm for all models.
NOMINAL TORQUE in. lb. Nm
2.5 2.5 3.4 3.4 3.8 3.430
8.9 11.4 9.5 12.0 10.3 13.3
4.05 5.19 4.30 5.45 4.70 6.03
660R2 660R2 CMO 680R2 680R2 CMO 6100R2 6100R2 CMO
SOMFY LV25/LW25/LT25 /LT28 DC MOTORS
LV 25-B44 LV 25-B64
LV 25 -B64
24 VDC 0.6 N/m 35 rpm IP mA made in France
JAPAN & US Patent Pending
LW 25-B44 LW 25-B83
LW 25 -B83
24 VDC 0.8 N/m 30 rpm IP mA made in France
Dimensions are inches/mm
LT 28A LT 28B
Note: LT28AF is a flush mount type
SOMFY LS40/LT50/LT60 /FTS/SLT
401F2 404R2 404S2 409R2 412R2
2 Mounting Holes for Self-Tapping Screw Dia. 4 mm (Cat. # 4000555) (Depth 9 mm), Spaced 1.14" (29 mm) Apart
504S2 506S2 510S2 510R2 515S2 515A2 520R2 525A2 530R2 535A2 540R2 550R2
X in. / mm
19.88/505 20.67/525 21.85/555 19.88/505 23.82/605 20.67/525 20.67/525 21.85/555 21.85/555 23.82/605 23.82/605 23.82/605
Y in. / mm
19.29/490 20.08/510 21.26/540 19.29/490 23.23/590 20.08/510 20.08/510 21.26/540 21.26/540 23.23/590 23.23/590 23.23/590
120 VAC SUPPLY (POWER CABLE) LOW VOLTAGE 4-CONDUCTOR MODULAR CONTROL CABLE
ILT SWITCH, LS SETTING DEVICE
MODULAR SPLITTER ILT SWITCH
IR REMOTE Individual
120 VAC SUPPLY (POWER CABLE)
RECEIVER MODULAR SPLITTER TRANSMITTER
M SO FY FY M SO
FTS - Fabric Tension System
The FTS is a specialized system designed for the solar protection market where horizontal or inclined type shading is required. This system was designed for fabric and shading material. SOMFY has tested the FTS Control for rolling shutters and does not recommend it. The system consists of two specific motors, an electronic control unit and a switch. One motor is inserted into the fabric roll-up tube and is referred to as the fabric motor. The other is inserted into the strap take-up tube and is called the strap motor. While not every application will have a load bar and straps as below, these references will help reduce confusion during installation. The electronic control unit operates each motor independently and maintains a desirable dynamic (moving) tension as well as final tension in the system, eliminating fabric sag while the fabric is both moving and standing. Adjustment to both dynamic and final tension can be made through the electronic control. Never Leave the dynamic and final tension at 0. This setting is only used during initial FTS installation. It is strongly recommended that both the dynamic and final tension be set to a minimum value of 5. All mechanical accessories of the FTS System and the mounting method must be capable of withstanding the tension and forces exerted by the motors.
For the 525A2 FTS motor, the entire FTS system must be able to withstand a minimum of 250 Lbs. of force. This value was obtained based on both the fabric tube and strap tube having a diameter of 2.5. For the 655A2 FTS motor, the entire FTS system must be able to withstand a minimum of 500 Lbs. of force. This value was based on both the fabric tube and strap tube having a diameter of 3.5.
All dimensions are in meters: 1 meter = 3.281 feet = 39.37 inches.
A. INSTALLATION PROCEDURE
Using the SOMFY FTS selector chart (located on page 25 of this catalog or our website) select the appropriate sized motors. Operators should then be fit into their respective tubes in accordance with standard installation instructions, using the correct crown and drive. All mechanical accessories of the system and the mounting method must be capable of withstanding the tension and forces exerted by the motors (please refer to page 24 for these values). Before proceeding, press in both limits on each motor, and leave the buttons locked in the "in" position.
DIRECTION OF FABRIC
STRAP MOTOR DIRECTION OF FABRIC
Rotation Directions The illustrations at right represent a view of the motors (Fabric and Strap Motor) looking at the head with the push buttons at the 12 o'clock position. The concept illustrated here Winding Tension applies for all LT FTS configurations. The white push button always corresponds to the Direction Direction black motor wire and the yellow push button always corresponds to the red motor wire. Only the "Winding Direction" and "Tension Direction" designation change depending on whether the fabric or straps are winding on the motor tube Winding Direction or unwinding from the tube Tension Direction. It is crucial that you identify the proper motor configuration of your installation in the chart on the following page and use the wiring chart below it to later connect to the appropriate terminals of the FTS control. The motorized tubes should be mounted onto their respective brackets. The locking stop ring included with each operator MUST be used with the motor end bracket. Ensure that the motorized tubes are parallel and fabric is rolled up. Attach Straps to the strap tube. Connect the Tester cable to the motor leads as shown in the table to the right, and in fig. 2 below. The winding direction will have the power switched, and the tension direction is not used.
FABRIC MOTOR Fabric Winding Gray Green White (not connected) Tester Cable Black Gray Green White Red STRAP MOTOR (not connected) Gray Green White Strap Winding
Setting the Limits for the first time
Both limits must be set on each motor. Use the Limit Setting chart below to determine the order in which the limits are set for a given motor and fabric orientation. 1. Unwind the fabric using the tester cable (fig. 2). When the desired position is reached, set the strap tube limit by pressing and releasing the PRIMARY limit (1) on the strap motor tube. Then press and release the SECONDARY limit (2) on the fabric motor. 2. Using the tester cable, wind the fabric around the fabric tube (fig. 3). When the desired position is reached, press and release the PRIMARY limit (3) on the fabric motor tube. Then press and release the SECONDARY limit (4) on the strap motor. 3. Before connecting the motors to the controller, run the system (using the tester cable) in both directions to verify that the system works correctly. NOTE: If any limits need to be readjusted, be sure to re-set both the primary and secondary limits for the system in the correct order as described above.
Limit Setting Order According to Motor Configuration
RED Dynamic Tension
BLACK Dynamic Tension Use wire nuts to cap off unused leads
BLACK Dynamic Tension
Use wire nuts to cap off unused leads
B. INSTALLATION CONFIGURATIONS
Below are the Four Motor Configurations that are possible with the FTS System: The different configurations each require a unique instruction for wiring and limit setting. Wiring Identification The tables below the illustrations describe the wiring scheme with FTS control terminal identification based on the motor and fabric orientation above it. NOTE: The illustration on top is configured exactly the same as the one below it, only flipped over to visually illustrate the fabric rolling above or below the tube.
Stop Collar Ring for 6 mm Hex Shaft
DC Motor Cord Take-Up Systems (CTS)
29 mm Cone and Ring (Kit)
CTS 29 mm for SOMFY 46 x 51 mm Headrail
CTS 25 (Kit) for Standard 1" x 1" Headrail (5 mm Hex Shaft)
CTS 25 (Kit) for Standard 1" x 1" Headrail (5 mm Sq Shaft)
CTS 25 (Kit) for Standard 1" x 1" Headrail (6 mm Hex Shaft)
CTS 25 (Kit) for Classic Supreme Headrail (5 mm Hex Shaft)
CTS 25 (Kit) for Classic Supreme Headrail (6 mm Hex Shaft)
CTS 25 (Kit) for VersaRail/Easy-Up/EasyGlide (5 mm Hex Shaft)
CTS 25 (Kit) for VersaRail/Easy-Up/EasyGlide (6 mm Hex Shaft)
CTS 25 (Kit) for LightLines (5 mm Hex Shaft)
CTS 25 (Kit) for LightLines (6 mm Hex Shaft)
CTS 25 (Kit) for GutterRail/Low Profile 2 Headrail (5 mm Hex Shaft)
CTS 25 (Kit) for GutterRail/Low Profile 2 Headrail (6 mm Hex Shaft)
CTS 25 (Kit) for EasyRise (New Version) Headrail (5 mm Hex Shaft)
CTS 25 (Kit) for EasyRise (New Version) Headrail (6 mm Hex Shaft)
CTS 25 (Kit) Short Cones for VersaRail Headrail (5 mm Hex Shaft)
CTS 25 (Kit) Short Cones for VersaRail Headrail (6 mm Hex Shaft)
LS40 Mechanical Accessories
LS40 to LT50 Adaptor Kit - Allows the use of LT50 crowns and drives with LS40 motors - Black composite - Maximum motor torque - 13 Nm - Maximum system load - 56 Kg (123 Lbs.)
29 O 38
LS40 "LO" Bracket with a Square Stud - Motor mounting screws included - 10 mm square stud - Zinc plated steel - Maximum motor torque - 13 Nm - Maximum system load - See note below
48 O 58
LS40 and LT50 RH LO" Bracket with Round Hole - Two motor mounting screws included - Zinc plated steel - Maximum motor torque - 20 Nm - 2 holes for 1/4-20 screws on 48 mm diameter - Maximum system load - 70Kg (154 Lbs.) - Replaces SOMFY Cat. No. 6070419 LS40 Motor Bracket - Compatible with RolleaseTM Bracket - Stainless steel - Maximum motor torque - 4 Nm - Maximum system load - See note below
10.4 O 38
LS40 to LT50 Mounting Conversion Bracket - Black composite - Allows LS40 motors to be used with LT motor brackets - Maximum motor torque - 9Nm - 2 screws included - Maximum system load - 56 Kg. (123 Lbs.)
40 mm Diameter Adjustable End Cap - 12 mm dia. shaft (Zinc plated steel) - Cast aluminum with set screw.set screw must use lock-tight to prevent screw from vibrating free. - Kit containing (6090310, 6090195). These parts are available separately. - Maximum system load - See note below
Note: Maximum system load will vary depending on application. SOMFY recommends testing of component in actual application to determine its suitability.
40 x 0.6 mm Octagonal Tube End Cap - 8 mm dia. shaft - White composite - Maximum system load - See note below 40 x 1.1 mm Octagonal Tube End Cap - Same as above but modified to fit 40 x 1.1 mm tube
LS40 Idler Bracket (for 8 mm shaft) - Decorative white composite - Maximum motor torque - 4Nm (removable parts must be screwed together, see enclosed instructions). - Maximum system load - 17 Kg. (38 Lbs.)(must be screwed together) - Compatible with motor bracket Cat. #6070040
LS40 Radial Square Motor Bracket - Decorative white composite - Maximum motor torque - 4Nm (removable parts must be screwed together, see enclosed instructions) - Maximum system load - 17 Kg. (38 Lbs.)(must be screwed together) - Compatible with idler bracket 6080040
O 50 Pull String
LS40 Intermediate Bracket - Decorative white composite - Maximum motor torque - 4Nm (removable parts must be screwed together, see enclosed instructions). - Maximum system load - 17 Kg. (38 Lbs.)(must be screwed together) - Any LS40 drive wheel may be used to adapt to any tube profile - Pull string used to disengage intermediate connection
LS40 Idler End Cap with 8 mm Diameter Pin - Decorative white composite - Maximum motor torque - 13Nm - Any LS40 drive wheel may be used to adapt to any tube profile - Maximum system load - See note below
CTS 40 Kit for GutterRail 2 x 2 1/4 Headrail
40 mm Octagonal Tube (Sold in 20 ft. lengths)
2 Slat Clips for Wood Blinds (White) 2 Slat Clips for Wood Blinds (Ivory) 2 Slat Clips for Wood Blinds (Brown)
40 mm Fabric Clip
LS40 Motor/Idler Bracket for 2 x 2 1/4 GutterRail Headrail - requires 2 screws (4000555 not included)
Crowns and Drives
Dimensions (mm) Cat. Number
LS40 Crown for 40 x 0.8 mm Octagonal Tube LSmm Octagonal Set LS40 Drive for 40 x 0.8 mm Octagonal Tube
LS40 Crown for (40 x 1.5 mm) Tube LSmm Round Set LS40 Drive for (40 x 1.5 mm) Tube
LT50/60 Radial Motor Bracket - Maximum motor torque 80 Nm - Zinc plated steel - Allows for easy removal of LT motor without removing entire bracket. It disassembles in 2 pieces with one part remaining attached to structure - Maximum system load - See note below
LT50 Universal Motor Bracket - Maximum motor torque - 50 Nm - Zinc plated steel - Maximum system load - 115 Kg. (254 Lbs.)
LT50 Adjustable Universal Motor Bracket - Zinc plated steel - Without molded nuts - Maximum motor torque - 50 Nm - Maximum system load - 115 Kg. (254 Lbs.) - Replaces SOMFY Cat. No. 6070514
Retrofit Brackets - Zinc plated steel - yellow - LO LT motor bracket with a 10 mm stud. Vertical pin hole - Mounting screws Cat. No. 4000551 not included - Maximum motor torque - 25 Nm for new LT applications - 35 Nm for replacing LS motor with LT motor - Maximum system load - 70 Kg. (154 Lbs.) Same as above, except pin hole is horizontal
2 x M8
"LO" LT50 Motor Bracket - Comes with two 5 mm motor mounting screws - Maximum motor torque 50 Nm - Zinc plated steel - Maximum system load - See note below
Adjustable Motor Bracket with Spring Ring - Zinc-plated steel - Horizontally and Vertically adjustable - Lateral space requirement for installation: 27 mm - Maximum motor torque 50 Nm - Maximum system load - See note below
O 4.2 84
LT50 HA Motor Bracket - Allows flush mounting of the motor head against the mounting surface - Zinc plated steel - Maximum motor torque - 50 Nm - Maximum system load - See note below
LT RH Motor Bracket - Pin hole is vertical - Zinc plated steel - 10 mm square stud - Maximum motor torque - 25 Nm - Mounting Screws Cat. No 4000555 included - Maximum system load - 70 Kg. (154 Lbs.) Same as above except pin hole is horizontal
LT60 Retrofit Bracket with Spring Ring - Zinc plated steel - Maximum motor torque - 80 Nm - Allows retrofitting new LT60 motor into old 600s brackets - Maximum system load - See note below
LT Motor Bracket with a Square 16 x 16 mm Stud - Zinc plated steel - Maximum motor torque - 80 Nm - Required spring ring Cat. No. 4350026 not included - Maximum system load - See note below
Dimensions (mm) Cat. Number Description
LT50 Angle Bracket - For ceiling and wall installation - Zinc plated steel - Horizontally and vertically adjustable - Maximum motor torque - 50Nm - Maximum system load - See note below - Replaces SOMFY Cat. No. 6070193
2- O 5.3
CTS50 Motor Mounting Bracket (Cord Take-Up System) - Zinc plated steel - Attaches directly to LT50 motor head (48 mm on center) - Adaptable for Nichibei headrail (70 x 70) - Maximum motor torque - 10Nm - Maximum system load - See note below
CTS50 Motor Idler Bracket (Cord Take-Up System) - Zinc plated - 10 mm square shaft with ball bearings - Adaptable for Nichibei headrail(70 x 70) - Maximum motor torque - 10Nm - Maximum system load - See note below LT Idler End Bracket (inside diameter 10 mm) - Zinc plated steel - 10 mm ID Nylon ball bearing - Compatible with motor bracket 6070082 and 6070513 - Maximum motor torque - 50 Nm - Maximum system load 130 Kg. (287 Lbs.) - Replaces Somfy Cat. No. 6080048 Same as above but with a 12 mm ID Nylon Ball Bearing - Replaces Somfy Cat. No. 6080228 Idler Bracket 10 mm Ball Bearing and Holder Kit Nylon Ball Bearing with 10 mm ID Nylon Ball Bearing with 12 mm ID Ball Bearing Holder - Used with Cat. No. 6080138 or 6080241 ball bearings - Zinc plated steel - Maximum motor torque - 50 Nm - Maximum system load - up to 130 Kg. (287 Lbs.) Heavy Duty Idler Bracket - Used with end cap having stationary 16 mm diameter shaft (example Cat. No. 6090256) - Cotter pin holding end cap's shaft included - Zinc plated steel - Maximum motor torque - 100 Nm - Maximum system load - See note below LT50 Round Anti-Vibration Idler Bracket - Zinc plated steel with a 10 mm round insert surrounded by rubber - Compatible with matching motor bracket Cat. #6070238 - Can be mounted on 6070526 - Maximum motor torque - 20Nm - Can reduce sound levels by 4-5 dB - maximum system load - See note below LT50 Idler Bracket with 14 mm ID Bearing - Zinc plated steel - Adjustable bearing location - Maximum motor torque - 50 Nm - Maximum system load - See note below - Replaces SOMFY Cat. No. 6080217
55 O 10 , 12
3 Through Holes O 4.4
O 10 mm
Idler End Bearing Support for 14 mm Diameter Shaft - Two threaded mounting holes for M5 screws - Sintered Brass in a zinc plated steel plate - Mounting hardware included - Compatible with shaft (Cat. No.6090207) and brackets (6070003 and 6070283) - Maximum motor torque 50 Nm - Maximum system load - See note below Same as above but hardware not included Idler End Bearing Support for 16 mm Dia. Shaft (no hardware)
Idler End 12 mm Nylon Ball Bearing with Holder - Cast aluminum - Compatible with (bracket Cat. No. 6070506) - Maximum motor torque: - FTS range - 25 Nm - LT range - 100 Nm - Maximum system load - 130 Kg. (287 Lbs.)
White Dress Cover for Idler Brackets 6080254, 6080255 and motor brackets 6070082, 6070513 - White composite - Replaces SOMFY Cat. No. 6080252
Heavy Duty Idler Bracket with Idler End Cap Holder - Two screws and cotter pin included - Zinc plated steel, gauge 3(0.2391 in.) - Used with end cap having stationary 16 mm diameter shaft - Maximum motor torque when properly installed with cotter pin: - FTS range - 55 Nm - LT range - 100 Nm - Maximum system load - 200 Kg. (441 Lbs.)
Activate the motor memory by pressing the programming button of the transmitter/ channel already recorded in the motor's memory for more than 2 seconds. Release it after the end-product jogs briefly UP/DOWN indicating that the motor is in PROGRAMMING STATE. Select the transmitter/channel you wish to memorize in the motor. Press briefly on the programming button of the new RTS control you wish to assign or delete. Release it after the end-product jogs briefly UP/DOWN indicating that the transmitter has been memorized or deleted in the ALTUS/OREA RTS motor.
Transmitter previously recorded
Repeat this procedure for each additional transmitter/channel you wish to add or delete. It is not possible to delete the transmitter/channel used to enter the programming state. 69
3) Resetting the motor's memory and recording a new
transmitter when the only transmitter is lost.
! NEW TRANSMITTER
**A. Perform a double power cut in the following sequence:
1. Power-off - 2 sec. minimum 2. Power-on - 5 to 15 seconds 3. Power-off - 2 sec. minimum 4. Power-on The end product moves for 5 seconds in one direction, to indicate that the double power cut has been recorded.The motor is in a PROGRAMMING STATE for 2 minutes.
B. Recording a New Transmitter
Press the programming button of the NEW RTS transmitter For 1 second max. Release it after the end-product jogs briefly UP/DOWN indicating that the transmitter has erased all previous transmitters and recorded the NEW one.
**RESETTING MOTORS BACK TO USER MODE
WARNING: This type of power cut affects all
the ALTUS RTS motors on the same power line. To avoid resetting of non-concerned motors, press briefly any button of their assigned transmitter/channel (UP STOP or DOWN). , , The non-concerned motors will return to USER MODE.
C. Restoring Factory mode with a New Transmitter
Press and HOLD the programming button of the NEW RTS transmitter for more than 7 seconds. The end-product will jog briefly UP/DOWN twice. Once after 1 second and again after 7 seconds. This indicates the ALTUS/OREA RTS motor has been completely cleared.
4) Back to the factory configuration (to completely reset the ALTUS RTS motor memory)
670013 100405A 9703956 9910004
Cat. No. 6061126 6061216
2005 No. 9500687 9138028
Description LS 40 Intermediate Bracket Fabric Clip for 40 mm Tube Fabric Fastener for 2" (50 mm) O.D. Tube Fabric Fastener for 2.5" (63 mm) O.D. Tube 45 x 51mm Extruded Aluminum White Headrail (max. 20 Ft.) CTS 50 Headrail Mounting Brackets CTS 50 Headrail Finished Side Caps Headrail for CTS 50 Headrail Cover for CTS 50 Heavy Duty LT Intermediate Support Bracket Light Duty LT50 Intermediate Support Bracket for a 2" Tube Headrail Side Caps 63 x 1.5 mm (approx. 2.5") Tube Cord Take-up Reel 50 x 1.5 mm (approx. 2") Tube Cord Take-up Reel LT50 Intermediate Bracket with 16 mm ID Bearing LT50 Adjustable Intermediate Support Bracket for a 2" Tube LT50 Adjustable Intermediate Support Bracket for a 2.5" Tube Stop Collar Ring for 5 mm Hex Shaft Stop Collar Ring for 6 mm Hex Shaft Ladder Braid Crimps 5 mm Hex Shaft for CTS (16 Ft. Maximum Length) 6 mm Hex Shaft for CTS (7 Ft. Sections) 2 Slat Clips for Wood Blinds (White) 2 Slat Clips for Wood Blinds (Ivory) 2 Slat Clips for Wood Blinds (Brown) Decorative Tape Adaptors for 1 Cotton Tape Decorative Tape Adaptors for 1.5 Cotton Tape Idler End Bearing Support for 16 mm Dia. Shaft 6 mm Hex Shaft for CTS (5 Ft. Sections) 2 Tube Take-up Reel 40 mm Tube Take-up Reel 40 mm Octagonal Tube LT Intermediate Bracket for 2 Tube Headrail Adaptor for GutterRail/Low Profile 2 Headrail Headrail Adaptor for SureClose Headrail Headrail Adaptor for EasyRise (New Version) Wall Mount Brackets for RDS/RTS Control Long Shaft Adaptor for 6 mm Hexagonal Long Shaft Adaptor for 5 mm Hexagonal 2.75 Round LT50 Crown 2.75 Round LT60 Crown 70 mm Octagonal LT60 Crown DS 70 LT Drive (1.2 -1.5 mm wall thickness) P72 LT60 Crown DS 70 LT50 Crown DS 78 LT60 Crown 3.5 Round LT60 Crown 3.5 Round LT50 Crown DS 74 LT50 Crown DS 78 LT50 Crown I65 LT50 Crown DS 78 / R LT60 Crown 4.0 Round LT60 Crown 4.0 Round LT60 Set I85 LT60 Crown I85 LT60 Set DS 78 / D LT60 Crown DS 85 LT60 Crown
Page 53 53
Cat. No. 6061401 6061402
2005 No. 9147545 9147327
Description DS 85 LT50 Crown Ls40 Drive for (40 x 1.5 mm) Tube LS40 Crown for (40 x 1.5 mm) Tube LS40 Drive for (40 x 0.8 mm) Octagonal Tube LS40 Crown for (40 x 0.8 mm) Octagonal Tube LSmm Round Set LSmm Octagonal Set Flush Mount Bracket for LT28A and LT28B Motors ABS Wheel-Left Rotation ABS Wheel-Right Rotation CMO ABS Wheel-Left Rotation CMO ABS Wheel-Right Rotation LS40 to LT50 Adaptor Kit LS40 Drive for (40 x 1.0 mm) Tube LS40 Crown for (40 x 1.0 mm) Tube 2.5 Round LT Drive (63 mm x 1.5 mm) - Soft Clip 2.5 Round LT Drive (63 mm x 1.5 mm) - Hard Clip 2.75 Round LT Drive (70 mm x 1.5 mm) - Hard Clip 3.5 Round LT Drive (89 mm x 1mm) 3.5" Round LT Drive (89 mm x 2 mm) 4.0 Round LT Drive (102 mm x 2 mm) 70 mm Octagonal LT Drive P72 LT Drive DS 78/R LT Drive DS 78 LT Drive DS 78/D LT Drive DS 85 LT Drive I85 LT Drive 70 mm Octagonal, Aluminum LT50/60 Drive Wheel Kit 2 Round LT50 Drive (50 mm x 1.5 mm) - Soft Clip 2 Round LT50 Drive (50 mm x 1.5 mm) - Hard Clip 2.5 Round LT50 Set - Hard Clip 2.75 Round LT50 Set 2.75 Round LT Drive (70 mm x 1.5 mm) - Soft Clip 60 mm Octagonal LT50 Set 60 mm Octagonal LT Drive 70 mm Octagonal LT50 Set P72 LT50 Set 3.5 Round LT50 Set DS 70 LT50 Set DS 70 LT Drive (0.8 -1 mm wall thickness) DS 74 LT50 Set DS 74 LT Drive DS 78 LT50 Set I65 LT50 Drive I65 LT50 Set SM 65 LT50 Crown - 3 grooves SM 65 LT Drive AMA71 LT50 Drive AMA71 LT50 Crown LT60 Crown (78 mm Dia.) LT60 Drive (78 mm Dia.) 2 LT Drive for CTS 50 Tube 50 mm Octagonal LT50 Crown 50 mm Octagonal LT50 Drive 2.75 Round LT60 Set 70 mm Octagonal LT60 Set 3.5 Round LT60 Set
BJV180 DCR-TRV738E Roadmate 1215 DHR-1000 Color 600 Europe DL1202 Ouija TD4112 T3010 Samsung S85 IC-2100-T 2002-11 FLM-4234BH Eolis 3D IC-PS30 PB7220 Limousine EM550SP PV-GS35 Coby CX-9 KU970 CH-656C Korg M1R ESP 5 XBR413 Multi-function Back Lotus Elite RX-V850 LD-S5811ST LE22B450c8W LN-402 Davidson DPL930VD-receiver Multiview Z1485 R-V1103 Le40C670m1Q Series MRD-M500 JV-50 2PL-2 4GHZ MAC Mini I P MX4SGI4dl2 Quest-2007 1100 S Favor Fujifilm J210 7 4 KDL-40XBR2 HS-500 PRS-300 Dylt032C EX-V7 Magicstomp P-7520 Manual PV-DV910D Delta 290 CCD-TR555E L1710M VP-D34I Perfection 640 SDX-330 Server Vision St II AL-800 840 WXI377 CDR570 DPF 7911 NW-E023F Elefun 2004 Digimax L60 Freestander FAX-210 F1446 Polaroid I533 VPL-CX1 Compass 2022I 54021 WAC7500 Janome 2004 550IR MCD700 TT1260 ER-145 RDR-VX530 Manager TCM-36 MC-9287UR Center 675 Squeezebox2 Mypal A626 Omron RX EX774N ESF6124 42PX4RVH-MC
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