NICE Sumo SU2000VV - operator for sectional/overhead doors up to 15 m², high speed
| Product availability: | within 3 days | We usually ship the goods within 3 days. |
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within 3 days
€739.44 including VAT
| Weight |
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| 10 kg |
Description of NICE Sumo SU2000VV - operator for sectional/overhead doors up to 15 m², high speed
NICE SUMO SU2000VV is a high-speed shaft-mounted drive for sectional garage doors and suspended sliding gates, including those with two counter-moving leaves. It has a 24 V DC motor with a magnetic encoder, a torque of 46 Nm and a speed of 19.5–42 rpm. The sectional door area limit is 15 m².
The SU2000VV does not include a control unit. For a balanced sectional door, add a NICE DPRO924, which powers the motor and controls the accessories. The 230 V AC mains supply connects to the control unit, not directly to the motor. The drive is non-reversible and is released manually using the cord release.
The encoder tracks the drive position; the open and closed positions must be taught. The door must have mechanical stops and be correctly balanced. The motor cannot compensate for damaged springs or a door that does not move freely.
| Quick navigation | |
|---|---|
| Choosing a drive | Accessories |
| Package contents | Installation |
| Manual release | Wiring |
| Initial start-up | Settings |
| Remote controls | Troubleshooting |
| Reset | Maintenance |
| Specifications | PDF manual |
Control unit and accessories
The following wiring and setup instructions apply to the SU2000VV with DPRO924 and an incremental encoder. For an older installation with an A924, use its own terminals and manual; the wiring of these control units is not interchangeable.
The wiring, programming and settings for the DPRO924 below apply to a balanced sectional door. For a suspended sliding gate, select a control unit specifically designed for this application and verify the complete chain-drive assembly.
| What | Why | Type |
|---|---|---|
| Control unit | Required for the motor and safety devices; wiring. | |
| Photoelectric safety sensors | Conventional relay NC output, Phototest wiring. | |
| Warning light | Standalone flashing 24 V lamp on OUT1. | |
| Radio receiver and remote control | SM socket, selection and pairing. | |
| Backup battery | Emergency power supply for the DPRO924 after programming. | |
| Drive adapter | Direct adapter or chain, depending on the installation. |
The DPRO924 does not have BlueBUS: EPMB sensors are not a direct replacement for relay-output EPM sensors. The PS124 battery used with SOON drives is not a backup battery for the DPRO924.
When to choose the SUMO SU2000VV
The SU2000VV is suitable where a mechanically balanced sectional door requires high speed and its torque requirement is within the drive's 46 Nm capacity. Leaf speed depends on the drums and gearing; motor speed is not the gate speed in metres per second.
| Requirement | What it means |
|---|---|
| Area up to 15 m² | Maximum area for a sectional door. The manufacturer specifies this variant for areas of 10–15 m²; suitability for a particular door also depends on resistance, balance and the required torque. This figure does not specify the weight or length of a suspended gate leaf. |
| Torque: 46 Nm | Assess the torque required at the shaft for the entire door, including during start-up. |
| Speed: 19.5–42 rpm | Motor speed range; gate speed depends on the drum and any reduction gearing. |
| Duty cycle: 50% | A 50% duty cycle means intermittent operation with pauses, not continuous operation or a fixed number of cycles per hour. |
| IP44 rating | Protect the motor from flooding and unsuitable environmental conditions; the standalone DPRO924 has an IP55 rating when its enclosure is properly closed. |
SU2000VV drive
| SUMO SU2000VV |
|---|
NICE SU2000VV Sectional door up to 15 m². 46 Nm. 19.5–42 rpm Highest speed; lower torque. |
With these variants, higher speed means lower available torque. All three are standalone 24 V DC motors without a control unit; for a sectional door, add NICE DPRO924. Compare the required shaft torque, not just the door area or speed.
SUMO SU2000VV package contents
Standalone motor with encoder, mounting bracket, drive key, mounting hardware and cord-operated release with control handle. The DPRO924, radio receiver, photocells and chain drive are not automatically included with the motor.
Operator installation
Installation, electrical connections and testing must be carried out by a qualified technician. Disconnect the mains and backup battery before carrying out any work. The door must be mechanically safe and correctly balanced, with functioning springs, guides and stops. The operator will not correct a door that is difficult to move.
Direct shaft mounting
The NICE SUMO SU2000VV operator mounts directly onto the sectional door shaft Ø 25.4 mm. For shafts Ø 31.75 / 35 / 40 mm, use NICE CRA9. The mounting bracket is included; select wall anchors to suit the substrate. The Ø 25.5 mm opening in the motor does not indicate a different recommended shaft diameter.
- Remove the cover, prepare the cable glands and hold the release lever in place during installation; secure it in the installation position as shown.
- Slide the motor onto the shaft, aligning the keyways. Insert the drive key and prevent it from sliding out using a suitable collar.
- Screw the bracket to the operator and anchor it to the wall so that the operator remains parallel to the wall.
- Release the installation lock on the release lever, return it to the operating position, and check the cover and release mechanism.
For steel structures, use M8 bolts, grade 6.8 or A2-50. Anchors in other substrates must safely withstand a tensile load of 1,000 N; the installer must select the anchor type to suit the structure.
SUMO: cable glands, release lever installation position, drive key and bracket
Offset mounting via chain drive
When there is insufficient space for direct mounting, use a shaft with an 18-tooth sprocket NICE CRA1 in the operator and a sprocket on the door shaft. The drive uses a 1/2″ × 5/16″ chain NICE CRA3 (1 m) or NICE CRA4 (5 m), with connector NICE CRA2. Brackets NICE CRA8.
| Drive ratio | Components and result |
|---|---|
| 1 : 1 | NICE CRA1 + NICE CRA7 (18 / 18 teeth). No speed reduction. |
| 1 : 2 | NICE CRA1 + NICE CRA6 (18 / 36 teeth). The door shaft rotates more slowly; the transmitted torque and door structure must be assessed. |
The sprockets must be aligned, the chain correctly tensioned and protected against fingers or clothing getting caught. Changing the drive ratio does not automatically change the permitted door area. Dimensions, balance, travel and the entire assembly must be assessed together.
Position the chain at least 2.4 m above the floor and out of reach; if this is not possible, fit a protective guard. Under a load of 4,000 N, the shaft supporting the sprocket must deflect no more than 2 mm.
SUMO: vertical chain drive CRA1, CRA6 or CRA7 and CRA8 brackets
Chain-drive arrangement for a suspended sliding gate
For a suspended gate, the loop consists of a shaft with a sprocket NICE CRA1, a tensioner with return sprocket NICE CRA5, chain NICE CRA4 and connectors NICE CRA2. Attach the gate leaf to the upper or lower run according to the direction of travel. For two opposing leaves, attach one to the upper run and the other to the lower run.
This is a custom-designed chain assembly. The sectional door area limit does not determine the permitted weight or length of a suspended gate leaf. The installer must verify travel resistance, force transmission, the travel path, mechanical stops and protection at entrapment points.
SUMO: installation of a horizontal chain loop for a suspended gate
Manual release and return to motorised operation
The SU2000VV uses the supplied nylon cord with control handle for release from floor level; the cord can be up to 6.5 m. Release only a stationary, balanced door.
- Pull the control handle down to position 1 as shown.
- Move the door manually and safely.
- Before operating the door electrically, return the release mechanism to its original locked position and check that the drive is engaged.
SUMO SU2000VV: floor-level cord release, position 1 for manual operation
External release is handled separately: NICE KA1 (6 m steel cable) and NICE KIO or NICE KIOMINI. This does not replace the required correct installation of the supplied release mechanism; the installer must adapt the routing and mechanical connection to the drive.
With SUMO and DPRO924, position synchronization must be restored after moving the gate manually. If the control unit was switched on during manual release, it will record the release. Synchronization is restored by moving the gate to the stored fully closed position; until synchronization is complete, open it while holding the command. Keep the gate under observation and do not bypass the safety devices.
Wiring the SU2000VV with DPRO924
Disconnect the mains supply and PS224 before starting work. The motor cable and encoder cable are separate circuits. DPRO924 controls one SU2000VV motor on a balanced sectional door.
DPRO924: motor, incremental encoder, commands, relay photocells, warning light and safety circuit
Cabling and cable lengths
| Cable run | Cable / maximum length |
|---|---|
| Mains supply to DPRO924 | 3 × 1.5 mm² / 30 m. For longer runs, use 3 × 2.5 mm² and provide protective earthing at the automation unit. |
| Motor | 3 × 2.5 mm² / maximum 10 m; motor conductors as specified at the motor terminals, and the protective conductor as specified for the particular assembly. |
| Incremental encoder | 2 × 1 mm² / maximum 10 m; route separately from power cables. |
| Warning light | 2 × 0.5 mm² / 20 m. |
| Photocells | 4 × 0.5 mm² / 20 m; wire the individual branches according to the selected diagram. |
| Command switch | 2 × 0.25 mm² / 20 m or 4 × 0.5 mm². |
| Antenna | RG58 / maximum 10 m, recommended up to 5 m. |
Terminals and accessory polarity
| DPRO924 terminal | Function / connection |
|---|---|
| MOTOR 1 / 2 / 3 | 1 and 2 – 24 V DC motor output; 3 – protective earth. The polarity at the motor output reverses with the direction of movement. Do not connect 230 V mains to the motor terminals. |
| Incremental encoder | Two encoder signal wires; no polarity. Not an auxiliary power supply. |
| GND (1) / 24 V (2) | 1 GND = negative (−), 2 24 V = positive (+); 24 V DC −30% / +50%, maximum 200 mA for all accessories combined. |
| Phototest (3) | Tested positive supply for TX: 3 = positive (+), GND 1 = negative (−); 24 V DC, max. 200 mA at the Phototest output. |
| Common / COM SBY | Positive common terminal for commands, 24 V DC. Common for SbS remains active; COM SBY for Open/Close/Photo/Photo2 is switched off in Total Stand-by mode. This is not GND. |
| SbS / Open / Close | Voltage-free NO contacts: SbS to Common, Open and Close to COM SBY. The contacts themselves have no polarity. |
| Photo / Photo2 | Voltage-free NC photocell contact; the common terminal connection depends on Phototest or Stand-by mode. |
| STOP Safety Edge | 8.2 kΩ resistive or OSE optical safety edge. OSE: +12 V = positive, GND = negative, SIG = signal. |
| ALT | NC safety circuit. An open contact prevents operation. |
| OUT1 / OUT2 / OUT3 | OUT1 – 24 V warning light up to 25 W with independent flashing; OUT2/3 – voltage-free relay contacts for resistive loads up to 3 A. Do not assign imaginary +/− polarity to the OUT2/3 contacts. |
| LIGHT on the cover board | 1 = negative (−), 2 = positive (+), 24 V DC, maximum 5 W; cable up to 2 m. The output is not short-circuit protected. |
Terminal block directly in the SU2000VV
SU2000VV: terminals 1/2 are for the motor, 3/4 for the encoder. Connect 1/2 to the DPRO924 motor output and 3/4 to the Incremental encoder input. Label Motor terminal 3 is not PE. According to the SU2000VV wiring diagram, the third conductor of the three-core motor cable is to be safely insulated at the motor end. Protective earthing of the DPRO924 mains supply is still mandatory.
SUMO SU2000VV: motor terminals 1/2 and encoder terminals 3/4; third motor-cable conductor safely insulated
EPM photocells with Phototest
DPRO924 uses NICE EPM with a conventional relay output. For the safety function, connect terminals on the EPM 4 COM and 5 NC; contact 3 NO is not the correct safety contact.
| Device | Power supply and contact |
|---|---|
| TX EPM | 1 = positive (+), 2 = negative (−). In Phototest mode: TX 1 → Phototest (3) DPRO924, TX 2 → GND (1) DPRO924. |
| RX EPM | 1 = positive (+), 2 = negative (−). RX 1 → 24 V (2) DPRO924, RX 2 → GND (1). RX 4 COM → 24 V (2), RX 5 NC → Photo or Photo2. Contacts 4/5 are voltage-free; do not use contact 3 NO. |
| Two pairs | Assign each pair to the correct input. If they interfere with each other, change their position or use suitable optical shields. EPM synchronization via SYNC requires an AC supply; do not use it blindly with the control unit's DC output. |
EPM: TX/RX power 1 (+), 2 (−), relay contacts 4 COM and 5 NC
DPRO924: RX to GND/24 V and TX to GND/Phototest
Phototest checks the photocells before movement. After wiring it, teach the safety devices. Unused Photo or Photo2 is jumpered to Phototest in this diagram; this does not replace the required gate protection.
Alternative: Total Stand-by
Total Stand-by is enabled via Oview; after the set time, 1 minute by default, it reduces power consumption by switching off the accessories. TX 1 (+), RX 1 (+) and RX 4 COM → COM SBY; TX 2 (−) and RX 2 (−) → GND (1); RX 5 NC → Photo or Photo2. Phototest is not performed in this wiring configuration. Unused Photo/Photo2 is jumpered to COM SBY. Do not combine the two wiring diagrams.
DPRO924: separate alternative for powering photocells in Total Stand-by mode
Safety edge and safety circuit
DPRO924: resistive safety edge SIG/GND and optical OSE +12 V/SIG/GND
A powered safety edge is required for semi-automatic and automatic operation of a sectional door. Automatic operation also requires photocells. In hold-to-run mode, the operator must have a direct view of the entire door; access to the controls must be restricted according to the installation location.
The 8.2 kΩ resistive edge connects between SIG and GND, with no polarity. Optical OSE wiring according to the markings: brown wire to +12 V, green to SIG, white to GND. If a different color scheme is used, follow the safety edge manufacturer's markings. With this resistive interface, NC contacts are connected in series with the 8.2 kΩ end-of-line resistor, and NO contacts in parallel with the resistor; the wiring must comply with the safety design. Repeat the setup procedure after making a change. The resistor must not be used to disable required protection.
Warning beacon and status indicator
For OUT1 is intended for NICE ELDC with built-in flashing, 24 V, maximum 25 W. OUT1 is not an auxiliary GND/24 V pair; do not infer the polarity order from other connectors. The ELDC power supply pair itself has no specified +/− polarity in its diagram. Connect the antenna to the radio receiver using its designated connector.
The status indicator on the cover board is separate: LIGHT 1 (−), 2 (+), 24 V DC / 5 W. It goes out when the safety circuit is open, flashes 0.5 s ON / 0.5 s OFF in normal operation, and follows the OK indicator when there is a fault. The cable must not exceed 2 m, and the output is not short-circuit protected.
DPRO924: LIGHT 1 (−), 2 (+) on the cover button board
Backup power supply and service interface
NICE PS224 connects to the designated DPRO924 battery connector only after installation and programming are complete. The number of movements during a power outage is not fixed and depends on the door and battery. Oview connects via NICE IBT4N and allows adjustment of force, sensitivity and slow-down points, as well as diagnostics. Choose accessories for the DPRO924, not the older A924.
First startup of the DPRO924 with SUMO
DPRO924: OPEN, STOP and CLOSE buttons on the control-box cover
On the cover board, the switches enabling the OPEN and CLOSE buttons must be set to ON; STOP is always active. Before setup, the door should be approximately 50 cm above the floor, so the direction can be checked safely. The green OK indicator flashes about once per second; ALT/Photo/Photo2 must match the wiring.
1. Learning the safety devices
At least one safety device must be connected. Learn the devices and positions consecutively, without interruption.
- Set A1 to ON; A2/A3/A4 to OFF.
- Hold STOP for about 3 s until the OK indicator lights steadily red; release it.
- When complete, set the switches to OFF and immediately proceed to incremental encoder setup.
2. Positions with an incremental encoder
If you do not save a custom partial-opening position, the default position is 1/4 of the travel. It can be changed during setup or via Oview.
- Set B2 OFF, B3 OFF; A1 ON, A2/A3/A4 OFF.
- Hold STOP for about 3 s until the indicator lights steadily red, then release it.
- Use OPEN to move the door to the desired open position before the mechanical stop. Confirm by holding STOP for 3 s: one red flash.
- Use CLOSE to move the door to the fully closed position. Confirm by holding STOP for 3 s: two red flashes.
- For a custom partial-opening position, use OPEN to move the door to that point and confirm by holding STOP for 3 s: three red flashes. Otherwise, proceed to the next step.
- Set A1 to OFF; set A3/A4 according to the operating mode and confirm by holding P1 for at least 2 s.
If OPEN closes the door, stop, disconnect both mains and battery power, swap the motor wires at outputs 1/2, and start the setup again. Do not swap the encoder pair to change direction.
3. Force learning
After setting the positions, perform full opening and closing cycles without interruption until the unit stops alternating red/green flashes on OK during movement. An interrupted cycle does not count. During setup, the unit uses maximum force: the area must be supervised. Repeat the setup after changing the speed, slow-down points or sensitivity. Perform safety tests when setup is complete.
The unit initially calculates the RA/RB slow-down points; adjust them via Oview. Repeat force learning after changing the slow-down points.
Setting DPRO924 operating modes
DPRO924: DIP switch group A (1–4) and DIP switch group B (1–3)
Switches A and B are on the main board. After changing them, OK may flash alternately red/green and the unit may reject commands: confirm the correct configuration by holding P1 for 2 s, or repeat safety-device learning. If these functions are configured via Oview, the relevant DIP switches must be OFF.
DIP A – operation
| Setting | Meaning |
|---|---|
| A1 OFF, A2 OFF, A3 OFF, A4 OFF | Hold-to-run operation: movement only while a command is held. |
| A1 ON, A3/A4 OFF | Learning the safety devices and positions. For SU2000VV, also set A2 to OFF. |
| A1 OFF, A2 OFF, A3 OFF, A4 ON | Industrial mode: semi-automatic opening, closing by hold-to-run control. |
| A1 OFF, A2 OFF, A3 ON, A4 OFF | Semi-automatic operation after positions have been learned. |
| A1 OFF, A2 OFF, A3 ON, A4 ON | Automatic closing with a saved pause time. |
| A2 ON | Reverse the absolute encoder; not used with the SU2000VV incremental encoder. |
DIP B – sensitivity, speed and motor
| Switch | Status and meaning |
|---|---|
| B1 – sensitivity | OFF: disabled; ON: enabled. ON reduces the force applied when an obstacle is detected; after changing it, learn the forces and perform a measurement. |
| B2 – speed adjustment | OFF: normal operation; ON: speed adjustment; OK flashes orange rapidly. |
| B3 – motor type | OFF for SU2000VV with encoder. ON is for a motor with electromechanical limit switches. |
Automatic closing – pause time
- After learning the positions, set A3/A4 to ON and A1/A2 to OFF.
- Hold P1 for at least 2 seconds.
- Send OPEN and wait until the gate is fully open.
- From then on, wait for the desired pause and send CLOSE. The time is saved.
To change the pause time, set A4 to OFF and confirm by holding P1 for 2 seconds; this cancels the previous pause time. Then set A4 to ON, confirm by holding P1 for 2 seconds, and repeat the opening, waiting, and closing sequence.
Movement and deceleration speed
Opening, slow opening, closing, and slow closing are set separately. You can use Oview or the control board buttons:
- Set B2 to ON; OK flashes orange rapidly.
- Hold P1 and send OPEN or CLOSE, depending on the direction being adjusted.
- While holding P1, adjust the current section: OPEN increases the speed by 5% per press; CLOSE decreases it by 5%.. A green OK indicates a normal-speed section; red indicates deceleration.
- Release P1; to adjust another movement, start again by holding it down.
- Set B2 back to OFF, complete force learning, and carry out the tests.
The current control is disabled while P1 is held. This adjustment should be made by an installer while monitoring the gate; it must not be used to test the force against an obstacle.
Remote control and antenna
With a supported receiver in Mode 2, command 13 electronically unlocks the automation system.. This cancels the electronic lock on the automation system; it does not mechanically release the gearbox. Assign the button according to the instructions for the specific receiver.
The radio receiver is inserted into the SM socket with both mains power and the battery disconnected. Do not confuse the equipment supplied with a standalone drive with a complete kit: choose the receiver and transmitters to match the components actually supplied.
NICE OXIBD supports both unidirectional and bidirectional transmitters; a suitable unidirectional transmitter is the NICE MYGO4. An older installed receiver may use different coding. The same 433.92 MHz frequency alone is not enough.
In the standard Mode 1, the receiver outputs are: 1 – step-by-step, 2 – partial opening, 3 – opening, 4 – closing. Mode 2 lets you store an individual button for a selected command. For precise pairing and deletion, follow the instructions for the specific OXIBD receiver; the control unit buttons do not erase the receiver’s radio memory.
For OXIBD, connect the antenna to the receiver connector according to the OXIBD antenna wiring diagram. Connect the coaxial cable’s center conductor to the signal terminal and its shield to the antenna ground. These are not the power supply +/− terminals.
DPRO924 diagnostics
After power-up, two slow flashes of the green OK LED indicate a motor with an incremental encoder. One slow red flash confirms a learned 8.2 kΩ safety edge; two flashes confirm OSE. Rapid green flashing after power-up may indicate that the memory has not been learned.
| Red OK LED | Cause and check |
|---|---|
| 2 flashes | Photocell: obstruction, optics, or relay wiring. |
| 3 flashes | Force, sensitivity, or encoder blocked: check for mechanical resistance and inspect the encoder cable. |
| 4 flashes | STOP/ALT or release: secure the motor and check the safety circuit. |
| 5 flashes | Internal parameters: press STOP on the cover and wait at least 30 seconds. If the fault persists, contact service; if necessary, reset and relearn. |
| 6 flashes | The permitted number of operations per hour has been exceeded: wait a few minutes for the limit to be lifted. |
| 7 flashes | Internal electrical fault: press STOP, disconnect all power sources, and have the control board and wiring professionally inspected. |
| 8 flashes | Continuous input command: remove the stuck contact. |
| 9 flashes | The automation system is electronically locked: use command 13 via a supported receiver to unlock it; radio commands. |
| Other OK LED signals | Remedy |
|---|---|
| Red steady + 8 green flashes | No encoder signal. Press STOP and check the separate encoder cable. |
| Red steady + 10 green flashes | Movement time exceeded. Press STOP and check the mechanics and positions; adjust the time via Oview. |
| Red/green alternating while idle | DIP settings changed: check the configuration and confirm by holding P1 for at least 2 seconds. |
| Red/green alternating during movement | Force learning is in progress; complete full operating cycles. |
| Rapid orange flashing | B2 is ON; finish adjusting the speed and set B2 to OFF. |
Erasing DPRO924 memory
A reset erases settings, positions, and learned safety devices. The plug-in radio receiver’s memory is separate.
- With the gate stationary, set A1/A2/A3/A4 to ON; OK flashes orange rapidly.
- Hold STOP for about 3 seconds until OK stays red; then release it.
- After the reset, OK flashes orange rapidly. Set all A DIP switches back to OFF; OK flashes green.
- Set the correct motor type, repeat the safety device and position learning procedures, learn the forces, and carry out the tests.
Checks before handing over the gate
- With the drive released, check that the gate moves smoothly and is balanced. Manual testing requires a force of no more than 225 N. This is not the motor’s torque or the permitted impact force.
- After locking the drive, test opening, closing, and STOP; the gate must not bind or hit beyond the stored limit positions.
- Test each photocell pair at the TX, at the RX, and in the middle of the beam, for example with a cylinder 5 cm in diameter and 30 cm long. Check the gate’s actual response.
- Test the safety edge, safety circuit, and emergency release. The installer must measure impact forces with a suitable measuring instrument; repeat the test after changing the force or sensitivity.
- Hand over the gate only after successful testing, with its labels, release instructions, and maintenance plan. Pass through only when the gate is fully open and stationary.
Drive and gate maintenance
Disconnect both the mains supply and the battery before each scheduled inspection. Check the bracket, anchors, wedge, shaft, manual release, guide components and balance; for chain drives, also check the chain tension and wear, and lubricate as required. Operate the drive only with functioning mechanical stops and safety devices.
For normal residential use, the manufacturer recommends a professional inspection every 6 months. For more frequent use, the installer should adjust the interval; inspect and clean the EPM photocells at least every 6 months. Repeat the tests after servicing. Spring or load-bearing cable faults must be dealt with by a professional; do not try to fix them by increasing the motor force.
SUMO SU2000VV technical specifications
| Parameter | Value |
|---|---|
| Control unit | Separate NICE DPRO924; not included with the SU2000VV. |
| Motor power supply | 24 V DC; operating range 15–36 V DC. |
| Motor current draw / power consumption | 13 A DC / 500 W. This is not the current drawn from the 230 V mains supply. |
| Torque | 46 Nm. |
| Speed | 19.5–42 rpm; settings depend on the control unit and configuration. |
| Sectional door area | Maximum 15 m². |
| Duty cycle | 50%. |
| Ingress protection / temperature | SU2000VV: IP44; −20 to +50 °C. |
| Shaft / bore | Shaft Ø 25.4 mm; motor bore Ø 25.5 mm. |
| Dimensions / weight | 350 × 270 × 110 mm / 10.5 kg. |
| Motor insulation thermal class | Class B. |
SUMO SU2000VV dimensions, shaft bore and bracket adjustment range
DPRO924 power supply and limits
| Parameter | Value |
|---|---|
| Mains power supply | 230 V AC, 50/60 Hz; Class I, protective earth. |
| Maximum mains power consumption | 500 W. |
| Accessory output | 24 V DC −30% / +50%, 200 mA; polarity and terminals. |
| Backup power | NICE PS224. |
| Fuses | F2 T2 A; F1 automotive 20 A. Use the same type and rating after устранение the cause. |
| Enclosure | IP55 when properly closed; 310 × 210 × 125 mm, approximately 4 kg. |
360° view of the drive
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