VN1 TIMOTION | Alldatasheet
Document overview
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Technical content
- Industrial Motion VN1 series The VN1 series linear actuator was specifically designed for ventilation applications to help remove smoke, heat, and toxic gases from the building quickly in the event of a fire. It was also designed to create a minimum smoke layer in the lower parts of the room. The VN1 is made of high-quality aluminum, suitable for applications like fall-through protection systems and greenhouses.The VN1 is equipped with either a 12V or 24V DC motor. The AC version of the VN1 is equipped with a built- in SMPS which allows the supply of alternating current. Furthermore, the VN1 has an optional T-Smart version. Embedded with a TiMOTION driver board, the VN1 eliminates the need of an external control box. The VN1 T-Smart version allows for the synchronization of up to 8 actuators with an integrated controller, allowing for coordinated and efficient movement. Besides, its T-Smart version is compatible with TiMOTION's software program PGVN, providing the user autonomy to adjust parameters such as speed, stroke limits, soft stop, soft start, and more. General Features Max. load 3,500N (push); 2,000N (pull) Max. speed at max. load 3.8mm/s Max. speed at no load 13mm/s Retracted length ≥205mm (DC version, w/o T-Smart; depending on chosen options); ≥432mm (AC version, w/o T-Smart; depending on chosen options) IP rating IP66 Stroke 20~500mm Output signals Hall sensors Options Safety nut, window seal mechanism, T-Smart Voltage 12/24V DC; 12/24V DC, PTC; 100~240V AC (50Hz) Color Black, grey Operational temperature range -15°C~+50°C Operational temperature range +5°C~+45°C at full performance
(mm) Dimensions with AC Voltage (mm) Drawing Retracted Length ø20 92.8 382 Retracted Length ø20 180.9
CODE Load (N) Max Stroke (mm) E ≤ 3500 300 D, F ≤ 2000 450 B, C ≤ 1000 500 Note 1 Please refer to the approved drawing for the final authentic value. 2 This self-locking force level is reached only when a short circuit is applied on the terminals of the motor. All the TiMOTION control boxes have this feature built-in. 3 The current & speed in table are tested with 24V DC motor. With a 12V DC motor, the current is approximately twice the current measured in 24V DC; speed will be similar for both voltages. If choosing the voltage option #U, its performance is as the same as 24V DC motor. 4 The current & speed in table are tested when the actuator is extending under push load. 5 The current & speed in table and diagram are tested with a stable 24V,12V DC power supply.
6 Without load, noise level ≤ 58 dBA (by TiMOTION test standard, ambient noise level ≤ 36 dBA)
7 Standard stroke: Min. ≥ 20mm, Max. please refer to the table below. Load and Speed - DC Motor CODE Load (N) Self Locking Force (N) Duty Cycle 24V DC 12V DC Push Pull Typical Current (A) Typical Speed (mm/s) Typical Current (A) Typical Speed (mm/s) No Load With Load No Load With Load No Load With Load No Load With Load Motor Speed (5200RPM)
CODE Load (N) Max Stroke (mm) E ≤ 3500 300 D, F ≤ 2000 450 B, C ≤ 1000 500 Note 1 Please refer to the approval drawing for the final authentic value. The load speed is tested during 220 VAC, 50Hz condition. 2 This self-locking force level is reached only when a short circuit is applied on the terminals of the motor. All the TiMOTION control boxes have this feature built-in. 3 The current & speed in table are tested when the actuator is extending under push load. 4 The current & speed in table and diagram are tested with a 220VAC, 50Hz power supply.
5 Without load, noise level ≤ 58 dBA (by TiMOTION test standard, ambient noise level ≤ 36 dBA)
6 Standard stroke: Min. ≥ 20mm, Max. please refer to the table below. Load and Speed - AC Motor CODE Load (N) Self Locking Force (N) Duty Cycle Typical Current (A) Typical Speed (mm/s) Push Pull No Load 220V AC With Load 220V AC No Load 220V AC With Load 220V AC Motor Speed (5200RPM)
Motor Speed (5200RPM) Performance Data (24V DC Motor) B C D E F 0.0 3.0 15.0 12.0 6.0 9.0 0 2000 250015001000500 3000 3500 4000 Speed (mm/s) Speed vs. Load Load (N) B C D E F 0.0 1.0 5.0 4.0 2.0 3.0 0 2000 250015001000500 3000 3500 4000 Current (A) Current vs. Load Load (N)
Motor Speed (5200RPM) Performance Data (12V DC Motor) B C D E F 0.0 3.0 15.0 12.0 6.0 9.0 0 2000 250015001000500 3000 3500 4000 Speed (mm/s) Speed vs. Load Load (N) B C D E F 0.0 2.0 12.0 8.0 10.0 4.0 6.0 0 2000 250015001000500 3000 3500 4000 Current (A) Current vs. Load Load (N)
Motor Speed (5200RPM) Performance Data (220V AC Motor) B C D E F 0.0 3.0 15.0 12.0 6.0 9.0 0 2000 250015001000500 3000 3500 4000 Speed (mm/s) Speed vs. Load Load (N) B C D E F 0.0 0.6 3.0 2.4 1.2 1.8 0 2000 250015001000500 3000 3500 4000 Current (A) Current vs. Load Load (N)
Version: 20230923-G Stroke (mm) Retracted Length (mm) See page 3-4 See page 10 Type N = Normal T = T-Smart Load and Speed See page 3-4 Voltage 1 = 12V DC 2 = 24V DC 5 = 24V DC, PTC 6 = 12V DC, PTC U = 100~240V AC (50 Hz) Outer Tube Adjustable Clamping Block See page 10 Rear Attachment (mm) 0 = Without (must choose outer tube adjustable clamping block) 1 = Hole M8 2 = Hole ø8 1 = 0° 3 = 90° Window Seal Mechanism Output Signal Load Type Position of Cable Exit Special Function of Spindle Subassembly IP Rating 0 = Without 1 = With 0 = Without 5 = Hall sensor*2 E = Embedded Hall sensor*2 for T-Smart, no Hall signal output (T-smart dedicated option) T = Push P = Pull B = Position B C = Position C 0 = Without S = Safety nut (push direction) 1 = Without 2 = IP54 3 = IP66 P1 Cable Exit P2 Cable Exit 00 = DC (without cable) 01 = AC (EU), cable color 428C 02 = AC (US), cable color 428C 00 = AC normal type (without cable) 01 = DC (standard), cable color 428C 03 = AC T-Smart specified, cable color 428C Alternative N = Normal P = Parallel Mounting Bracket Direction of Rear Attachment (Counterclockwise) See page 11 0 = Without 0 = Without (without rear attachment) Front Attachment (mm) See page 11 B = Rod end bearing, hole 8.0 C = Rod end bearing, hole 10.0 1 = Aluminum, slotless, hole 6.4 2 = Aluminum, slotless, hole 8.0 3 = Aluminum, slotless, hole 10.0 7 = Aluminum, U clevis, slot 6.2, depth 16.0, hole 6.4 8 = Aluminum, U clevis, slot 6.2, depth 16.0, hole 8.0 9 = Aluminum, U clevis, slot 6.2, depth 16.0, hole 10.0 Function of Limit Switches 1 = Two micro switches cut off the actuator at end of stroke(EOS) 3 = Two micro switches send signal at end of stroke 6 = Two micro switches cut off the actuator at EOS + third micro switch at lower limit as window closure indicator P1 Cable Length (mm) P2 Cable Length (mm) 0500 = 500 1000 = 1000 1500 = 1500 2000 = 2000 5000 = 5000 0000 = Without cable 0500 = 500 1000 = 1000 1500 = 1500 2000 = 2000 5000 = 5000
Version: 20230923-G Virtual Upper Limit Virtual Lower Limit Deceleration Before Virtual Upper Limit Overcurrent Protection Full stroke, Standard defult value 0000, standard defult value 0 = No deceleration, standard defult value System Deceleration Before Virtual Lower Limit 1 = Single application 2 = Sync, 2 actuators in system 0 = No deceleration, standard defult value P = Cut current for over current protection, extend and retract over current protection value are standard defult value Extending Speed 0 = PWM output 100%, standard defult value 9 = PWM output 90% 8 = PWM output 80% 7 = PWM output 70% 6 = PWM output 60% 5 = PWM output 50% Retracting Speed Soft Start - Extending Soft Start - Retracting 0 = PWM output 100%, standard defult value 9 = PWM output 90% 8 = PWM output 80% 7 = PWM output 70% 6 = PWM output 60% 5 = PWM output 50% 1 = 1 second, standard defult value 1 = 1 second, standard defult value 2 = 2 seconds 3 = 3 seconds 2 = 2 seconds 3 = 3 seconds
- Calculate A+B = Y 2. Retracted length needs to ≥ Stroke+Y, and also ≥ value stated in the table below The retracted length calculated above must be equal to or longer than the minimum value stated below Retracted Length (mm) When choosing outer tube adjustable clamping block Voltage DC AC Type Normal T-Smart Normal T-Smart B 218 308 438 438 C 224 314 444 444 1, 2, 3 187 277 417 417 7, 8, 9 194 284 414 414 A. Attachments and Adjustable Clamping Block Front Attachment Outer Tube Adjustable Clamping Block B +206 C +212 1, 2, 3 +169 7, 8, 9 +182 B. Stroke (mm) 20~150 - 151~200 +2 201~250 +2 251~300 +2 301~350 +12 351~400 +22 401~450 +32 451~500 +42 1 = Hole M8 2 = Hole ø8 Clamping block Assembly dimension Outer Tube Adjustable Clamping Block 4-M5 4-M5 Clamping block Clamping block
B = Rod end bearing, hole 8.0 0 = Without (without rear attachment) 1 = 0° 3 = 90° 3 = Aluminum, slotless, hole 10.0 C = Rod end bearing, hole 10.0 7 = Aluminum, U clevis, slot 6.2, depth 16.0, hole 6.4 1 = Aluminum, slotless, hole 6.4 8 = Aluminum, U clevis, slot 6.2, depth 16.0, hole 8.0 2 = Aluminum, slotless, hole 8.0 9 = Aluminum, U clevis, slot 6.2, depth 16.0, hole 10.0 Front Attachment (mm) Direction of Rear Attachment (Counterclockwise) ø8 ø10 ø6.4 ø20 ø20 ø10 ø20 ø6.4 ø6.1 ø20 ø6.1 ø20 ø10 ø6.1 ø20 Terms of Use The user is responsible for determining the suitability of TiMOTION products for a specific application. TiMOTION products are subject to change without prior notice.