Jay Industrial Repair names new Northern Region Manager

Jay Industrial Repair is pleased to announce that Tim Ackerman will become our new Northern Region Manager and will oversee service centers in Birmingham and Muscle Shoals. Tim spent the last 12 years with General Electric (GE) in Charlotte, NC. Jay Industrial Repair is excited to have an individual of Tim’s caliber joining our team as we continue to build a strong management team in all parts of our company. Tim is also an EE and will start on 4/6.

Tim replaces Mark McKinney who is moving to another role and will oversee all in-field operations for Jay Industrial Repair. Mark will be moving to our new training and reliability center in  Birmingham. Joe Lorenzo will oversee all day to day operations in Muscle Shoals as previously announced.

With the addition of Tim Ackerman the service centers are now under a regional manager in the North and the South. As previously announced, Ronnie Norris is Southern Region Manager and will oversee service centers in Montgomery and Mobile and both Tim and Ronnie will report directly to William Shiver, the president of Jay Industrial Repair.

Again, Jay Industrial Repair is fortunate to have someone the caliber Mr. Ackerman with his experience, leadership and technical knowledge joining our team. The addition of Mr Ackerman builds upon Jay Industrial Repair’s of having a company that offers our customers a team with vast knowledge and experience in the manufacturing of high and low voltage form coils, all phases of electric motor repair and service and the industrial turbine and generator service in the south or the country.

 

Ultrasonic cleaning System

Jay Industrial Repair has processed their first rotor in our new ultrasonic cleaning tank and highlighted below are some before and after pictures. We are really pleased with performance and it will only improve as we get more familiar with system and how to get most beneficial results.

Below are pictures of a 700hp AC rotor we cleaned using the Ultra Sonic for the 1st time. We had a similar rotor in this condition a couple months ago. Using the steam cleaner we had to go back 3 different times before we got it clean enough to do a core loss/rotor bar test on it.

This rotor was in the tank 20 minutes at 160 degrees, hosed off the residue and after its dry it will be ready to test and install.

The first picture is off the rotor before in condition it arrived. The 2nd picture is the rotor submerged in the ultrasonic tank and the final two picture are after being in tank for 20 minutes.

Before cleaning

Rotor submerged end rings of rotor after cleaning

700hp Rotor after Cleaning