Linear 2510-527 2 HP 230V 3-Phase VS Motor Drive Assembly for Linear / OSCO Operators
The Linear 2510-527 is a variable-speed motor drive assembly for select Linear / OSCO professional gate operators using a 2 HP, 230V, three-phase drive package. This part helps control how the motor starts, stops, and delivers power, which is important on larger commercial gates where smooth operation and correct motor control reduce stress on the gate system. It is typically replaced after drive failure, output faults, physical damage, or confirmed diagnosis showing the original drive assembly is no longer operating correctly. The 2510-series includes multiple drive assemblies with similar naming, so the part number must be matched carefully. The 2510-527 should not be confused with 2510-528, 2510-534, or lower-horsepower drive assemblies.
Compatible With
Use this section as a fitment guide, not a substitute for the operator parts diagram. Linear and OSCO service parts can vary by production date, voltage, phase, horsepower, enclosure, control package, and connector layout.
- Select Linear / OSCO VS variable-speed gate operators calling for 2510-527.
- Commonly shown in Linear / OSCO SWG replacement parts references.
- May be used with select VS-GSWG or VS-GSLG applications when the parts diagram confirms a 2 HP, 230V, 3-phase drive assembly.
- Not interchangeable with 2510-528 230V single-phase or 2510-534 460V three-phase drive assemblies.
- Verify original drive label, operator model, motor horsepower, voltage, phase, and harness layout.
Features & Specifications
| Manufacturer | Linear / OSCO |
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| Product Type | VS motor drive assembly |
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| Part Number | 2510-527 |
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| Application | Variable-speed motor-control service part |
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| Horsepower | 2 HP |
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| Voltage | 230V |
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| Phase | 3 Phase |
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| Compatible Operator Type | Select Linear / OSCO VS commercial gate operators |
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| Notes | Match exact drive rating and operator parts diagram |
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Also Known As / Related Part Numbers
- 2510-527
- LIN-2510-527
- 2510527
- 2510 527
- MTR Drive VS Assy 2HP 230V 3P
- Related 2510 VS drive family: 2510-528, 2510-529, 2510-530, 2510-534 - not direct substitutes unless confirmed
Technician Note
The 2510-527 is the 2 HP 230V three-phase drive assembly. The phase is a critical detail; a 230V single-phase part with a similar name is not the same drive.
Before Ordering
- Confirm the failed assembly is labeled 2510-527 or the parts diagram calls for it.
- Confirm the operator is configured for 2 HP, 230V, three-phase operation.
- Compare harnesses, terminal markings, and mounting points.
- Check the motor and gate load before replacing a failed drive.
- Have the system tested for limits, current draw, and safety-device function after repair.
Important Ordering Warnings
- Do not substitute 2510-528 or 2510-534 without manufacturer confirmation.
- Wrong phase or voltage can damage the drive and operator.
- Commercial drive replacement should be performed by a qualified technician.
Professional Advisory
For any high-voltage motor, drive, timer, or hardwired intercom service, use a qualified gate or access-control technician. After replacement, the complete system should be tested for normal operation, safe stopping, proper limits, and active safety devices.
Product Questions and Answers
What is the Linear 2510-527?
It is a 2 HP, 230V, three-phase VS motor drive assembly for select Linear / OSCO commercial gate operators.
Is 2510-527 the same as 2510-528?
No. 2510-527 is listed as 230V three-phase, while 2510-528 is listed as 230V single-phase. They should not be treated as interchangeable.
Which operator families may use this drive?
It may appear in select Linear / OSCO VS swing or slide operator applications, including SWG replacement parts references, but the exact model parts diagram must confirm fitment.
What causes a drive assembly to fail?
Electrical surges, motor faults, gate binding, water intrusion, incorrect voltage, or aging components can damage a drive assembly.
Can I replace only the drive without checking the motor?
The motor and gate load should be checked first. A failing motor or binding gate can damage the replacement drive.
