NICE Run RUN1500 - standalone drive for sliding gates (A)
| Product availability: | In stock | We normally dispatch goods within 24 hours. |
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in stock
€966.02 including VAT
| Weight |
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| 19 kg |
Description of NICE Run RUN1500 - standalone drive for sliding gates (A)
NICE RUN1500 is a standalone irreversible drive for a sliding gate with a leaf weighing up to 1,500 kg and measuring 14 m. The motor is 24 V DC, mains power supply 230 V AC. It has a built-in RBA3R10 control unit and electromechanical limit switch.
The standalone motor differs from the kit: choose the radio receiver, remote control, photocells, warning light and rack according to the equipment required.
Accessories and control unit
The standalone drive includes a control unit. To complete the automation system, add a rack, controls and safety devices to suit the specific gate. RUN1500 kits have the equipment listed separately.
| What | Why | Type |
|---|---|---|
| Control unit | For drive setup and servicing; when replacing it, check the designation of the installed board. | RBA3R10; terminals and wiring diagram |
| Warning light | Indicates movement. The FLASH output is low voltage. | ELDC, WLT; wiring |
| Photocells | They detect obstacles in the protected area. They do not replace an assessment of all gate-related risks. | EPMB, EPSB, EPLB; EPMORB with reflector, F210B adjustable, EPMOB. EPMOW requires IBW. FT210B also transmits the status of the safety edge. BlueBUS and addresses |
| Transmitter | Choose remote controls according to the receiver and radio coding family. | MYGO2, MYGO4, MYGO8, DOMIW3C, ON2E, ON4E, ON9E, ON3EBD, ON3ELR; INTI2, INTI2Y, INTI2L, INTI2B, INTI2R, INTI2G, FLO2RE, FLO2R-S. Selection and pairing |
| Receiver | Without a receiver, the standalone motor cannot receive radio commands. NICE receivers. | OXIBD, OXI, OXILR for the SM connector. SMXI for the corresponding existing setups. Command assignment |
| Control via mobile phone | Distinguish between drive setup and day-to-day operation. Wi-Fi relay modules connect using a voltage-free contact. | BIDI-WIFI mainly for programming and diagnostics; BiDi-ZWave for a compatible Z-Wave smart home. Zamel and GSM modules with an NO contact. Interfaces and auxiliary power supply |
| Antenna | Improves reception when suitably positioned. The antenna does not power the warning light. | ABFKIT or an antenna in ELDC; coaxial cable |
| Keypad | Access without a separate remote control. | EDSWG via a compatible receiver; EDSB via BlueBUS. Wiring |
| Key switch | Key-operated control via a voltage-free contact. | EKS, EKSEU, EKSI, EKSIEU; SbS / OPEN / CLOSE |
| Card readers | Access using a card or key fob. | ETPB via BlueBUS; after adding device enrollment |
| Rack | Transfers the pinion's movement to the gate leaf. Choose the type according to the load and mounting method. | LZ-1, LZ-21, LZ-15, LZ-3, LZ-5, LZ-7. Older LZ-10 was replaced by LZ-21 with a different lock; check that the parts match when joining sections. Rack installation |
| Backup power supply | Allows limited operation during a power outage. | PSS124 with the correct cable for R10; the original PS124. Solemyo for solar power. Wiring and limitations |
Current replacement board: RBA3R10. Older RBA3 has been replaced. For an existing installation, check the actual control board and connectors; the RUN family designation alone does not mean that all models use the same control unit.
Drive included in the package and kits
- 1 × NICE RUN1500 motor with a 24 V motor and built-in control unit; the radio receiver for a standalone drive is purchased separately.
- 2 × release keys for manual operation.
- Mounting and anchoring hardware and end components compatible with the RUN1500 version with an electromechanical limit switch.
- Installation manual. The rack, receiver, remote control and safety equipment are selected separately.
The kits include a RUN1500 motor with a mechanical limit switch, an OXIBD receiver and one MYGO4 remote control. They differ in the photocells, warning light and rack; the key switch is purchased separately.
| Kit | Additional equipment compared with the standalone motor |
|---|---|
| RUN1500 (B) | OXIBD + 1 × MYGO4 without photocells, warning light or rack |
| RUN1500 (C) | OXIBD + 1 × MYGO4 EPMB |
| RUN1500 (D) | OXIBD + 1 × MYGO4 EPMB, ELDC |
| RUN1500 (E) | OXIBD + 1 × MYGO4 EPMB, 4 m LZ-1 |
| RUN1500 (F) | OXIBD + 1 × MYGO4 EPMB, ELDC, 4 m LZ-1 |
| Kit with accessories | Kit including rack |
|---|---|
RUN1500 (D) kit OXIBD, MYGO4, EPMB, ELDC. | RUN1500 (F) kit OXIBD, MYGO4, EPMB, ELDC, 4 m LZ-1. |
When comparing, check the gate’s full travel, operating frequency and power supply. A higher weight limit alone does not guarantee suitability for a particular installation.
Drive features
- Durable body made of aluminium alloy with an epoxy finish and an impact-resistant cover.
- BlueBUS with two-wire wiring and support for photocell addressing.
- Adjustment of speed, force and pause time; automatic closing is optional.
- The control unit takes temperature into account and limits the number of manoeuvres under overload. The force margin must still be verified mechanically.
- Diagnostics via the warning light and LEDs, memory of the last eight manoeuvres and a service counter.
- Master/Slave for two sliding gate leaves moving towards each other.
Choosing a drive and operating limits
RUN1500 is designed for one sliding gate leaf weighing up to 1,500 kg and measuring up to 14 m. Weight, length and resistance to movement must be considered together. The maximum weight rating does not mean that every 1,500 kg gate should be operated at the highest speed.
| What to check | Limit / condition |
|---|---|
| Gate leaf weight | Maximum 1,500 kg; the number of cycles and permitted speed decrease as weight increases. |
| Gate leaf length | Maximum 14 m; length determines the base number of cycles. |
| Starting | The required force must be less than half of 1,000 N, i.e. less than 500 N. |
| Smooth movement | The required force must be less than half of 560 N, i.e. less than 280 N over the entire travel. |
| Margin | NICE recommends a 50% force margin to allow for increased friction in adverse weather. |
For a typical selection, we also recommend allowing a margin on dimensions and weight, aiming for around 80% of the maximum values. This is a selection aid, not a substitute for measuring the required force, checking wind and ice conditions, or consulting the cycle table. The gate leaf must slide smoothly by hand and must not move off on its own.
Number of cycles by length
| Gate leaf length | Cycles/h | Consecutive |
|---|---|---|
| Up to 4 m | 60 | 30 |
| Over 4 m up to 6 m | 40 | 20 |
| Over 6 m up to 7 m | 34 | 17 |
| Over 7 m up to 8 m | 30 | 15 |
| Over 8 m up to 10 m | 20 | 12 |
| Over 10 to 12 m | 20 | 10 |
| Over 12 to 14 m | 17 | 8 |
Derating by weight
| Gate leaf weight | Cycle ratio | Maximum speed |
|---|---|---|
| Up to 200 kg | 100% | V6 |
| Over 200 to 400 kg | 100% | V6 |
| Over 400 to 500 kg | 95% | V6 |
| Over 500 to 600 kg | 90% | V5 |
| Over 600 to 700 kg | 85% | V5 |
| Over 700 to 800 kg | 80% | V5 |
| Over 800 to 900 kg | 75% | V5 |
| Over 900 to 1,000 kg | 70% | V4 |
| Over 1,000 to 1,200 kg | 65% | V4 |
| Over 1,200 to 1,350 kg | 60% | V3 |
| Over 1,350 to 1,500 kg | 55% | V3 |
Multiply the values in the first table by the ratio in the second, and do not exceed the resulting value. One cycle means one opening and closing. Example: 5 m / 650 kg gate leaf: 40 × 0.85 = 34 cycles/h, 20 × 0.85 = 17 consecutively, maximum V5. Continuous operation is limited to 10 minutes. At high temperatures, the protection system may further limit the number of movements. Speed setting.
Estimated service life
Add the indices for length, weight and relevant conditions. Find the total on the horizontal axis of the graph and read off the approximate number of cycles. The result is an estimate based on regular maintenance, not a guarantee of service life or a number of years.
|
Horizontal axis: index in %. |
Example: 6.5 m / 450 kg in a dusty environment: 10% + 20% + 15% = 45%, approximately 200,000 cycles on the graph. For values at interval boundaries, use the higher index for a conservative assessment. Do not extrapolate beyond the range shown on the graph. The operator must not be installed in an acidic, saline or explosive atmosphere; the salinity row in the table does not authorize this type of use.
Installing the operator and rack
Have installation and electrical connection carried out by a qualified professional. Disconnect the mains and any battery or solar power supply before working on the unit. The gate must have solid mechanical end stops, anti-derailment protection and sufficiently robust guidance. The operator limit switch does not replace the gate's mechanical stop.
- Check that the gate moves smoothly by hand along its entire travel and the required force limits. Protect against trapping hazards, including at the rear of the sliding gate leaf.
- Choose a solid, level foundation away from areas at risk of flooding. Ensure access to the key and cover. Prepare the cable conduits so they do not channel water into the operator.
- Position the foundation plate parallel to the gate, in accordance with the original drawing. The anchor threads should protrude approximately 30–40 mm above the plate. Allow the concrete to cure fully before tightening.
- Install the operator and align it with the gate leaf. After installing the rack, tighten the fasteners and cover the nuts with the supplied caps.
Toothed rack – module 4
The pinion has module 4, 18 teeth. The rack must have the same module and a load capacity suitable for the gate leaf. The weight of the gate must not rest on the pinion. Select nylon and steel versions according to the specifications of the specific rack, not just based on matching module pitch.
- Release the motor and position the gate leaf at least 50 cm from the closed end position when installing the rack.
- Attach the rack to the gate leaf using suitable brackets; maintain a clearance between the rack and pinion along the entire travel of 1–2 mm.
- When joining sections, maintain consistent tooth spacing. Manually move the gate through its full travel and check alignment; lateral offset must not exceed 5 mm, as specified by the manufacturer.
- After tightening, check again for free movement, clearance and limit switch operation.
End positions – variant differences
The RUN1500 has an electromechanical limit switch. The end stops on the rack actuate the switch in the open and closed positions. Position them so the gate leaf stops before the fixed stops during powered operation and so the switch reliably changes state when moved manually.
Before programming, set the opening direction using the switch on the board, according to the drive orientation. Disconnect all power supplies before changing direction. After learning the travel check that deceleration begins approximately 50–70 cm before the end and that the gate stops approximately 2–3 cm before the mechanical stop. The actual positions must be confirmed by testing both directions.
Wiring
| Purpose | Cable and maximum length |
|---|---|
| Mains power supply | 3 × 1.5 mm² up to 30 m. For longer runs, use 3 × 2.5 mm² and protective earthing at the automation system, as specified by the electrician's design. |
| Warning light | 2 × 0.5 mm²; 20 m. |
| Antenna | RG58; 20 m maximum, recommended length under 5 m. |
| BlueBUS / photocells | 2 × 0.5 mm² up to 30 m; for runs over 30 m and up to 50 m, use 2 × 1 mm². |
| Fixed safety edges | 2 × 0.5 mm²; 30 m, wiring depends on the STOP type. |
| Moving safety edge | 2 × 0.5 mm²; 30 m; use a suitable device to transfer the signal to the moving gate leaf, e.g. FT210B. |
| Key switch | Two 2 × 0.5 mm² cables or one 4 × 0.5 mm² cable; 50 m. |
Use cables suitable for the environment. Leave approximately 20–30 cm of spare cable inside the drive and secure the cables so they cannot pull out of the terminals. The mains supply cable must have a protective conductor and provision for complete, safe disconnection.
Board wiring and orientation
The drive power supply is 230 V AC; the motor itself is 24 V DC. Do not connect mains voltage to the low-voltage terminals or BlueBUS. The board has OPEN, STOP/SET and CLOSE buttons, LEDs L1–L8, an SM receiver connector and a BusT4 interface via IBT4N.
Wiring diagram
FLASH = warning light; OGI = programmable output; TX/RX = photocell transmitter and receiver; Aerial = antenna; Receiver = remote control receiver; Selector = direction switch. The terminal labels are the same as those on the board.
| Terminal | Wiring and important condition |
|---|---|
| FLASH | Output for one or two warning lights with 12 V bulbs, up to 21 W, depending on the manufacturer's wiring instructions. For LED equipment, use a compatible ELDC. Warning light and antenna. |
| OGI | 24 V DC (−30% / +50%), up to 4 W; the function is set by II/L4. The factory setting is radio output 3, not an automatic gate-open indicator. The +/− polarity of this output is not indicated in the diagram; do not infer it from the auxiliary power supply. |
| BlueBUS | Two-wire power and communication for compatible accessories. Photocells are connected in parallel with no polarity. |
| STOP | Safety input, NO, NC or 8.2 kΩ; the type is detected during learning. A change of state stops movement and briefly reverses direction. |
| SbS | Step-by-step command via a voltage-free NO contact; behaviour is set by II/L2. |
| OPEN | Open command via a voltage-free NO contact. |
| CLOSE | Close command via a voltage-free NO contact. If I/L7 ON, it is a partial opening. |
| Aux In | Auxiliary input, factory-set as NC with STOP function. Reprogramming via Oview. This is not an accessory power output. |
| ANTENNA / Aerial | Connect the coaxial cable's core and shield as shown in the original diagram; this is not a +/− power connection. |
Auxiliary power supply – specific polarity
With the connector oriented as shown in the following image: right terminal of the STOP pair = negative (−), left terminal of the SbS pair = positive (+). The auxiliary output is 24 V DC, −30% / +50%, 100 mA total maximum. On the accessory, connect + to the power supply + and − to the power supply −; its control NO/COM contact remains separate.
The polarity order applies to this auxiliary power connection only. Do not apply it to FLASH, OGI, the antenna or BlueBUS. A module with higher power consumption must have a suitable separate power supply; connect its voltage-free contact to SbS. Aux In is not used for power.
ELDC warning light and antenna
ELDC has a low-voltage light input of 12–36 V DC, which should be connected to FLASH. The detail below distinguishes the light pair from the antenna pair. Do not connect 230 V to the light pair. In the wiring shown, the manufacturer does not indicate the +/− order of the light pair; do not use the polarity of the STOP/SbS auxiliary output for it.
Antenna
Connect the ELDC antenna or ABFKIT using a separate RG58 cable to the antenna input: connect the center conductor to the signal symbol and the braid to the shielding symbol, as shown in the diagram. Do not connect the antenna wires to the power supply pair. The antenna must match the receiver frequency.
Key switch, relay and command inputs
For SbS, OPEN and CLOSE, use voltage-free NO contacts. For EKS or a relay module, connect COM and NO of the selected contact to the pair of terminals for the corresponding input. Contacts have no +/− polarity. Do not supply power to the module via the inputs. With a permanent OPEN contact, the gate may remain open as it would with a timer; do not switch off the drive's mains supply for this purpose.
STOP and safety edge
| Device type | Wiring principle |
|---|---|
| NO contacts | In parallel. |
| NC contacts | In series. |
| Two 8.2 kΩ edges | They may be connected in parallel, depending on the manufacturer; for more than two, use a cascade with a single 8.2 kΩ terminating resistor. |
| NO / NC combination | Parallel branches, with an 8.2 kΩ series resistor in the NC branch, as specified in the approved wiring diagram. |
Voltage-free contacts and passive resistive edges have no power supply +/− terminals. An electronic edge may require its own power supply – check its manual. After each wiring change, perform device learning and a safety test. NO/NC wiring alone does not provide the same fault diagnostics as a resistive edge. Do not bypass the safety input to clear a fault.
BlueBUS photocells
For example, EPMB: connect both TX and RX devices in parallel to the same two BlueBUS wires.. There is no positive or negative polarity. The TX and RX units in one pair must have matching jumper settings and the same address; assign a different supported address to the next pair. After adding or removing a device, repeat the learning procedure..
| Pair address | Protected movement / location |
|---|---|
| FOTO | Outer pair at approximately 50 cm; stops and reverses movement when closing. |
| FOTO II | Outer pair at approximately 100 cm; closing protection. |
| FOTO 1 | Inner pair at approximately 50 cm; closing protection. |
| FOTO 1 II | Inner pair at approximately 100 cm; closing protection. |
| FOTO 2 | Outer pair for protection during opening. |
| FOTO 2 II | Inner pair for protection during opening. |
| FOTO 3 | Pair covering the entire movement area; use together with FOTO II only when TX/RX units are correctly positioned relative to each other. |
The exact jumper settings are shown on the EPMB – jumper settings table. After setting the addresses, check the optical alignment and the response of each pair in its protected direction. For a standard safety configuration, do not turn a pair into an opening command by cutting jumper A.
EPMOW requires IBW and cannot replace a wired pair without additional equipment. FT210B with a battery-powered transmitter on the moving gate leaf transmits the state of the resistive edge to BlueBUS; wire and address it according to the FT210B manual.
Initial startup and learning
- Check the installation, limit switches, grounding and wiring. The gate leaf must be approximately halfway along its travel, and the motor must be locked.
- Connect the power supply. BlueBUS should flash approximately once per second, and the TX/RX photocells should indicate operation; FLASH and OGI should be off. If there is a fault, disconnect the power supply and check the wiring.
- Perform device learning, then travel learning, and finally carry out the tests. The entire area must be clear while the gate is moving.
Device learning – OPEN + STOP/SET
- Press and hold OPEN and STOP/SET simultaneously for about 3 seconds.
- When L1 and L2 start flashing rapidly, release the buttons.
- Wait for the procedure to finish. The STOP LED must be lit, and L1/L2 must stop indicating that learning is in progress. L1–L8 then indicate the function statuses.
Perform this step even if no safety accessories are connected. If L1/L2 are flashing, device recognition is not complete; do not proceed blindly to travel learning.
Travel learning – CLOSE + STOP/SET
- After successful device recognition, press and hold CLOSE and STOP/SET for about 3 seconds.
- When the motor starts, release the buttons. The first movement should be opening. If it closes, press STOP/SET, disconnect the power supply, correct the direction switch setting and repeat the procedure.
- The drive opens the gate to the limit switch and then closes it. Wait until the entire learning procedure is complete and watch for any diagnostic indications.
- Open and close the gate fully several times. Check the slow-down, end positions, and that the motor does not press against a fixed stop.
Testing and handover
- Check that the installation is secure and that the manual release works. During testing, the gate leaf must be manually movable in both directions with a force of no more than 390 N; it must also meet the stricter required-force conditions for drive selection.
- Test each pair of photocells and the safety edge separately. When the state changes, BlueBUS indicates this with two rapid flashes; also check that the gate leaf responds correctly.
- Have the forces professionally measured after sensitivity adjustment and after any change that could affect safety. Meeting the weight limit and having photocells alone are not sufficient.
- Provide the manual, documentation for the complete automation system, release instructions and a maintenance schedule. Do not hand over the gate before the safety test has been completed.
Control unit programming
OPEN / CLOSE scroll through the LED selection; STOP/SET confirms or, when held, opens programming mode. In normal operation, they are used to open, stop, and close the gate. Change settings while the gate is stationary. Repeat the test after changing the force, speed, or behavior of the safety devices.
Level I – Switching functions on and off
- Hold STOP/SET until L1 starts flashing, about 3 seconds, then release.
- Use OPEN or CLOSE to select the function LED.
- Briefly press STOP/SET. A short flash means OFF; a longer flash means ON.
- If desired, change another function. If no button is pressed for about 10 seconds, programming ends and the changes are saved.
| LED – function and meaning | Status |
|---|---|
| L1 – Automatic closing ON: closes after opening, following the pause set in II/L1. OFF: automatic closing disabled. | Factory default: OFF ON = enabled OFF = disabled |
| L2 – Closing after photocell activation ON: closes 5 seconds after the photocell is cleared. If automatic closing is disabled, the gate first completes opening; if it is enabled, clearing the photocell may shorten the opening cycle. STOP cancels this sequence. | Factory default: OFF ON = enabled OFF = disabled |
| L3 – Always close ON: after power is restored, detects an open gate and starts closing after a 5-second pre-flashing period. OFF: does not perform this recovery operation. | Factory default: OFF ON = enabled OFF = disabled |
| L4 – Standby ON: about one minute after movement ends, switches off BlueBUS and the indicators, except for the slow BlueBUS flash; operation resumes when a command is received. Useful with battery or solar power. | Factory default: OFF ON = enabled OFF = disabled |
| L5 – Start-up boost ON: applies maximum force at start-up instead of gradual acceleration. After start-up, II/L5 applies. OFF: gradual start-up. | Factory default: OFF ON = enabled OFF = disabled |
| L6 – Pre-flashing ON: the warning light flashes for 3 seconds before movement starts. OFF: it starts flashing when movement begins. | Factory default: OFF ON = enabled OFF = disabled |
| L7 – CLOSE as partial opening ON: the CLOSE input controls partial opening as set in II/L6. OFF: the CLOSE input closes the gate. | Factory default: OFF ON = enabled OFF = disabled |
| L8 – Slave mode ON: slave motor in a pair; commands and movement are controlled by the Master. OFF: independent / master control. | Factory default: OFF ON = enabled OFF = disabled |
Level II – Parameter values
- Hold STOP/SET until L1 flashes, then release. Use OPEN/CLOSE to select the parameter input LED.
- Press and hold STOP/SET again. After about 3 seconds, the value LED lights up.
- Continue holding STOP/SET and use OPEN/CLOSE to select the value.
- Release STOP/SET. Without pressing anything else, wait about 10 seconds for the setting to be saved and programming to end.
| Input LED – name and description | Setting LED – value |
|---|---|
| L1 – Pause time Pause before automatic closing; requires I/L1 to be ON. | L1 – 5 s L2 – 15 s L3 – 30 s (factory default) L4 – 45 s L5 – 60 s L6 – 80 s L7 – 120 s L8 – 180 s |
| L2 – Step-by-step function Command sequence for the step-by-step input and the corresponding radio channel. | L1 – Open – stop – close – stop L2 – Open – stop – close – open (factory default) L3 – Open – close – open – close L4 – Condominium mode: ignores the next command while opening L5 – Condominium mode 2: a command lasting more than 2 seconds stops the gate L6 – Step-by-step 2: a command lasting less than 2 seconds partially opens the gate; a command lasting more than 2 seconds fully opens it L7 – Hold-to-run control L8 – Semi-automatic opening, closing while the control is held |
| L3 – Motor speed V1–V6 are progressively faster speeds; do not exceed the limit for the gate weight. | L1 – V1 very slow L2 – V2 slow L3 – V3 medium L4 – V4 fast (factory default) L5 – V5 very fast L6 – V6 extremely fast L7 – Opens at V4, closes at V2 L8 – Opens at V6, closes at V4 |
| L4 – OGI output function Programmable 24 V / 4 W output. The open-gate indicator is available only at setting L1. | L1 – Open-gate indicator L2 – Active when the gate is closed L3 – Active when the gate is open L4 – Radio output 2 L5 – Radio output 3 (factory default) L6 – Radio output 4 L7 – Maintenance indicator L8 – Electric lock |
| L5 – Motor force Set the force thresholds only as high as necessary and verify them by measuring the forces. | L1 – Extremely lightweight gate L2 – Very lightweight gate L3 – Lightweight gate L4 – Medium-weight gate L5 – Medium-heavy gate (factory default) L6 – Heavy gate L7 – Very heavy gate L8 – Extremely heavy gate |
| L6 – Partial opening Partial opening distance; no more than the actual learned travel distance. | L1 – 0,5 m L2 – 1 m L3 – 1,5 m L4 – 2 m (factory setting) L5 – 2,5 m L6 – 3 m L7 – 3,4 m L8 – 4 m |
| L7 – Maintenance alert Movement count threshold; the automatic value takes force and travel length into account. | L1 – Automatic L2 – 1,000 operations L3 – 2,000 operations (factory setting) L4 – 4,000 operations L5 – 7,000 operations L6 – 10,000 operations L7 – 15,000 operations L8 – 20,000 operations |
| L8 – Error history View the last eight operations; this does not set or clear the memory. | L1 – Most recent operation L2 – 2nd most recent L3 – 3rd most recent L4 – 4th most recent L5 – 5th most recent L6 – 6th most recent L7 – 7th most recent L8 – 8th most recent |
Adjusting speed and force does not eliminate friction or remove an obstruction. When OGI is used as a gate status light, it is off when the gate is closed, on when open, flashes slowly while opening, and quickly while closing. For the lock function, the device must match the output voltage and current limit.
Long SbS command – keep open
An SbS command lasting more than 2 s opens the gate and keeps it open, for example using a timer. Applies unless the SbS input has been reprogrammed to the close function. For normal operation with a relay module, select a momentary pulse; a continuous contact may cause unexpected behaviour.
Remote controls, BusT4 and backup
Install the receiver with the power switched off in the SM connector. The standalone drive has no radio receiver; the RUN1500 kits listed include an OXIBD. The choice of remote control depends on the receiver and its configured coding family, not just the frequency.
| Receiver | Remote control selection |
|---|---|
| OXIBD | Remote controls MYGO2, MYGO4, MYGO8, DOMIW3C, ON3EBD depending on the supported unidirectional or bidirectional mode. For older remote controls, check the configured memory family. |
| OXI | Unidirectional O-Code / FloR control, e.g. ON2E, ON4E, ON9E, INTI2, FLO2RE, FLO2R-S. The receiver also supports other coding families; when adding a remote control, check the family of the memory already stored. |
| SMXI | Unidirectional receiver with FloR coding, e.g. FLO2RE, FLO2R-S. SMXIS is a different receiver for Smilo; do not confuse these designations and remote controls. |
| OXILR | Long range with compatible LR transmitters, e.g. ON3ELR. LR benefits apply when used with a compatible LR remote control. |
Radio commands
| Receiver output | Control board command |
|---|---|
| 1 | SbS – step-by-step command |
| 2 | Partial opening |
| 3 | Open |
| 4 | Close |
Pair and delete remote controls according to the specific receiver; the motor buttons are not radio memory buttons. NICE remote control pairing instructions and the selected receiver's card provide the relevant procedures. After saving, test every button and check the command it actually sends.
BusT4 / IBT4N and Aux In
Oview connects via IBT4N to BusT4; it allows compatible control equipment to be configured, diagnosed and managed. BIDI-WIFI is primarily a programming and diagnostics interface. When choosing a module for everyday control from a mobile device, check the connection method, range and number of users. BiDi-ZWave is used to connect a compatible drive to a Z-Wave system. Choose both modules for the actual control board version installed and the corresponding Opera interface. BusT4 is not a pair of power terminals. Do not connect this connector to BlueBUS or the antenna.
Aux In is a factory-set NC safety input with a STOP function; it can be assigned a different function via Oview. After changing it, check the gate’s response. The external relay’s power supply must be handled separately according to polarity and the 100 mA limit.
Backup battery and Solemyo
For a compatible RBA3R10, you can use the original PS124 or the current PSS124 with the correct cable supplied for the R10. Connect the battery only after installation and programming are complete, with the mains disconnected. Use the designated connector and a protected location inside the drive; do not connect the battery to the motor, FLASH or BlueBUS terminals.
After connecting, test operation on both mains and battery power. The number of operating cycles depends on the load, temperature, battery age and charge level. In a Master/Slave pair, each motor needs its own battery.
For a solar system Solemyo use the designated connection and check the energy balance. When powered by Solemyo, the drive must not be connected to the mains at the same time. It is useful to Standby I/L4.
Two sliding leaves moving in opposite directions – Master/Slave
A pair of compatible RUN1500 drives can control two sliding leaves moving in opposite directions. Each leaf must independently comply with the weight and operating limits. Two motors do not increase the limit for an individual leaf.
Connect the boards in this order: 1 Master → 1 Slave and 2 Master → 2 Slave following the connector orientation shown in the diagram. Here, 1/2 indicate positions, not universal power supply +/−. Standard BlueBUS photocells are non-polarized.
- Install both drives and set their opening directions to opposite directions according to the leaf configuration.
- With the power off, wire the boards according to the diagram. Shared devices and the radio receiver must be connected to the Master.
- Switch on the power and set the I/L8 Slave ON.
- Program the devices on the Slave first, then on the Master. Run the travel learning procedure on the Master.
- Test the system together, including all safety responses and the end positions of both leaves.
The Slave can have its own FLASH, OGI, STOP and SbS; its SbS opens only the Slave leaf. OPEN, CLOSE and Aux In are not used on the Slave. Standby, peak, Slave, OGI and force can be set independently, and its error history can be viewed. For backup power, each motor needs its own battery.
Diagnostics and troubleshooting
If a fault occurs, first count the rapid FLASH flashes: the sequence repeats after a pause of about one second. Normal flashing during operation is about 0.5 s on / 0.5 s off. Disconnect all power supplies before carrying out repairs.
| Flashes | Meaning and next step |
|---|---|
| 1 | BlueBUS Device changed or not recognized; check the wiring, addresses and programming. |
| 2 | Photocell Remove any obstruction, clean and align the optics; check the address and protected direction. |
| 3 | Force limit Check manual movement, friction and end stops. Only then, if necessary, adjust the force and measure the safety forces again. |
| 4 | STOP Check the status of the contacts or safety edge and the STOP wiring. |
| 5 | Internal parameters Wait at least 30 s and repeat the command. If the error persists, have the control unit serviced. |
| 6 | Operation limit The control board has limited operation; allow it to cool and check the permitted cycles. |
| 7 | Internal electrical circuit Disconnect all power sources for a few seconds, then repeat the test. If it happens again, arrange servicing. |
| 8 | Continuous command Check whether OPEN is held active or a timer is running; the control board is waiting for the command to be released. |
| 9 | Automation locked by a command Clear the electronic lock using the corresponding unlock command. This is not mechanical unlocking with a key. |
Control board LEDs
| LED / status | Meaning |
|---|---|
| BlueBUS off | No power or a fault; check the supply and fuses. |
| BlueBUS constantly on | Serious fault; briefly disconnect all power sources. If it happens again, arrange servicing. |
| BlueBUS 1×/s | Normal operation. Two rapid flashes indicate an input change or a command received. |
| STOP on / off | On = normal status recognized; off = STOP activated. |
| SbS / OPEN / CLOSE on | The corresponding contact or command is active. |
| L1 + L2 flashing | BlueBUS / STOP device recognition required. |
| L3 + L4 flashing | Leaf length learning required. |
Most common symptoms
| Problem | What to check |
|---|---|
| Remote control LED does not light up | Transmitter battery and correct polarity when replacing it. |
| Remote control lights up, but the gate does not respond | Receiver, transmitter programming and coding family; radio control. |
| Not responding and BlueBUS is not lit | Power supply and fuses F1/F2. First identify the cause of the fault, then replace the fuse only with one of the same type and rating. |
| Immediately reverses direction | Obstruction, resistance in the gate run, or sensitivity setting; do not increase the force without checking the mechanics. |
| Does not close automatically | I/L1, time on II/L1, an activated photocell/STOP input, or a continuously active OPEN input. |
| OGI does not indicate that the gate is open | First check II/L4; the factory setting assigns radio output 3. |
| Flashing light does not work | FLASH wiring, compatibility, and short circuit. Do not confuse the light pair with the antenna. |
History of the last eight manoeuvres
- Enter programming mode by holding STOP/SET until L1 flashes, then release.
- Use OPEN/CLOSE to select input L8. Hold STOP/SET for about 3 seconds.
- The lit LEDs identify the manoeuvres with errors: L1 is the most recent, through L8, the eighth from the end. While holding STOP/SET, use OPEN/CLOSE to select the required manoeuvre.
- The selected LED flashes the number of times shown in the diagnostic table. Release STOP/SET.
Emergency operation if a safety device fails
The safest option is to release the gate and move it manually. Use the emergency hold-to-run function only when you have a clear view of the unobstructed area and under the conditions specified by the installer: issue a command; if the operator only reports an error, issue the command again within 3 seconds and keep holding it. After about 2 seconds, the gate moves only while the button is held. Safety detection may be impaired; have the device repaired without delay. Do not resolve the issue by permanently bridging the input.
Manual release and maintenance
Release only a stationary gate leaf, secured against unintended movement. Insert the supplied key and unlock the release mechanism as indicated on the operator; disengage the mechanism and move the gate manually. On versions with a release handle, it must also be opened after unlocking. To re-engage the mechanism, return it to its original position, lock it, and remove the key. After restoring operation, check that the mechanism is properly engaged and verify the limit positions.
Routine maintenance
Have the operator professionally serviced at least every 6 months or after 20,000 manoeuvres, whichever comes first. Check the anchoring, corrosion, gate run, pinion, rack, limit switches, and all safety devices. Disconnect the mains supply and backup power sources before checking the mechanics; repeat the test afterwards. Users may clean the photocell optics with a soft, damp cloth and remove obstructions when the operator is secured.
Maintenance alert
| Percentage of the set limit | FLASH / OGI as a maintenance indicator |
|---|---|
| Below 80% | FLASH operates normally; OGI lights up for 2 seconds at the start of opening. |
| 81–100% | FLASH lights up for 2 seconds at the start of movement; OGI flashes while the gate is moving. |
| Above 100% | FLASH lights up for 2 seconds at the start and end of movement; OGI flashes continuously. |
The OGI function must be set to II/L4, value L7. The service limit is set using II/L7. Manoeuvres are counted, not years of operation.
Reading the counter
- Enter programming mode and select input LED L7.
- Hold STOP/SET for about 3 seconds until the value LED lights up; continue holding the button.
- Briefly press OPEN and CLOSE together. The number of flashes of the value LED indicates increments of 10% of the limit; for example, 4 flashes mean 40–49%. Below 10%, the LED does not flash.
- Release STOP/SET.
Resetting the service counter
- Only after completing maintenance, enter programming mode and select input L7.
- Hold STOP/SET for about 3 seconds until the value LED lights up, then continue holding it.
- Press and hold OPEN and CLOSE simultaneously for at least 5 seconds, then release them. Rapid flashes confirm that the counter has been reset.
- Release STOP/SET and check the service limit setting.
Resetting the counter does not erase the transmitters or control board settings. When changing accessories, run device learning; when resetting the travel limits, run travel-length learning. When replacing the control board, carry out commissioning and tests for the specific control unit; the radio memory procedure is performed on the receiver.
Technical specifications and dimensions
| Parameter | Value |
|---|---|
| Model | NICE RUN1500 |
| Limit switch | Electromechanical |
| Motor / mains supply | 24 V DC / 230 V AC, 50–60 Hz |
| Control unit | Built-in; RBA3R10 |
| Gate leaf weight / length | Up to 1,500 kg / 14 m, subject to the conditions specified when selecting the operator |
| Maximum power input / current draw | 400 W / 2 A |
| Maximum starting torque / force | 35 Nm / 1,000 N |
| Rated torque / force | 20 Nm / 560 N |
| No-load speed | 0.25 m/s; six basic speed settings of approximately 100 / 85 / 70 / 55 / 45 / 30% |
| Speed at rated load | 0.18 m/s |
| Operation | Up to 60 cycles/h with a short, lightweight gate leaf; reduce this according to gate leaf length and weight |
| Continuous operation | Up to 10 minutes |
| Pinion | Module 4, Z18, pitch 12.6 mm, pitch diameter 72 mm |
| Ingress protection / temperature | IP44 / −20 to +50 °C |
| Operator weight | 19 kg |
| Installation clearance | As shown in the dimension drawing below and according to the actual cover version supplied |
| Auxiliary power output for accessories | 24 V DC, 100 mA total; + left SbS, − right STOP as shown in the diagram orientation |
| OGI | 24 V, max. 4 W; programmable function |
| Radio receiver | Optional, for the SM connector |
| Backup power | Compatible PS124 / PSS124 with the appropriate cable; alternatively, Solemyo when the mains supply is disconnected |
The cover protects the operator from normal outdoor conditions; IP44 does not mean it can be submerged. During installation, leave enough clearance to open the cover, perform maintenance, and release the operator manually. Dispose of electrical and electronic components and batteries at an appropriate collection point, not with ordinary household waste.
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