Quality Testing

Our Company Testing Facilities

Digital Multi Meters

Clamp Meters

Vibration Meter

Low Resistance Micro Ohms Meter

Non- Contact Digital Thermometer

Megger in 500 Volts, 1000 Volts

Megger in 5 KV

Growler for Armature Testing

Tachometer for Speed Checking upto 10000 RPM

High Voltage Surge Comparison Testing Kit

High Voltage Tester

3 Phase Line Facility for the Testing Purpose

Precision Equipment’s for Measurement of Fits and Tolerances

3 Phase 100 Ampere Dimmerstat

DC Line 440V Capacity for DC Motor Testing & Other DC Equipment’s

The Major Testing Equipment of SERVO MOTOR

Feedback Test and Alignment Platform.

TI-3000 JX Run Test Systems & Servo Testing Station.

Programs & Software’s for testing the All Brands of Motor

With proper power supply systems and software’s License are the limited time period of yearly has to be renewed

Testing Encoder Cables

Servo Motor Testing, Repair and Alignment

Feedback Alignment
Encoder Alignmenta Testing
Encoder Testing
Serial Encoder Testing
Encoder Simulation
Incremental Encoder Testing
Pulsepro and Pulsecoder
Motion Control Testing
Quadrature Pulse

Quadrature Pulse Generator
Incremental Encoder Testing
Pulse Generator
Fanuc Serial
Fanuc Pulsecoder
Indramat Digital
Siemens, Yaskawa
Mitsubishi, Sanyo Denki

The TI-5260-PSP Permanent Magnet Servomotor Rotor Lockup System provides a simple and accurate method of applying the correct lockup current to the correct set of windings of a permanent magnet brushless motor. Rotor locking is the method to determine forward armature direction and to measure and set the alignment angle on a PM brushless motor.

The phase switches are wired and labeled to allow application of a positive polarity, negative polarity, or open circuit to each phase. You can apply any polarity to create any line to line or line to neutral lockup. Labeled switches make the connection much simpler and quicker for the servo technician but also improve safety and reliability. Incorrect connections are a common cause of incorrect feedback alignment during servo motor repair.

Industrial Servo Motor Repair & Maintenance Services

S.K.Electricals provides a complete set of servo motor repair services and industrial maintenance options to make sure your operations stay effective. By partnering with us, you get a complete computerized repair procedure for all your servo motor needs with OEM-trained servo technicians running each step.

The 13-Step Servo Motor Repair Service Process

S.K.Electricals certified technicians follow a strict, step-by-step process for all our servo motor repairs. The process looks like this:

Visual inspection to look for known and other concerns.

Rotate shaft and Meg the motor to prepare it for proper checking.

Check alignment and feedback with Mitchell Electronics testing system, a proven leader in proper diagnosis.

Perform KE test, to check function of feedback. Resolver angles, encoder count and tach voltages are just some of the elements we test.

Servo motor is disassembled, cleaned and baked to determine operational status of each part.

Perform surge and hipot test for a component check.

Perform any necessary machine work and repairs needed to bring individual elements back up to OEM standards.

Installation of new bearings and seals so you don’t have to worry about wear or failures.

Repaired motor is reassembled, bench tested and aligned to ensure we return everything in like-new condition that is ready for a demanding day of work.

Retested with Mitchell Electronics, a trusted name in certification and repair validation.

Paint station, because your fixed servo motor deserves it.

Quality control checked and audited, so you know we’re returning a leading part that is fully functional.

Shipped back to you, and you are provided with tracking details and more.