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By NAPA
Christian Eckes took the NASCAR CRAFTSMAN Truck Series points lead on Friday night with a stout fourth-place performance at Texas Motor Speedway. The driver of the No. 19 Gates Hydraulics Chevrolet Silverado RST captured his third top-five finish of the season and scored 50 points on the night, the second-most of all drivers in the field. Eckes led 31 laps, the only driver to have led laps in each race this season, and tallied his third top-five finish in the last four events.
For the second-consecutive weekend, Eckes qualified on the front row and was a mainstay in the top five for the entire event. He settled into second at the drop of the green flag and challenged for the lead near the midway point of the opening stage. The first lead change of the night occurred when Eckes powered his Gates Hydraulics Chevy to the lead on lap 17 and paced the field for 21 circuits. He surrendered the lead on lap 38 and collected nine points at the end of Stage 1 on lap 40 while running second.
Crew chief Charles Denike brought Eckes to pit road under the stage caution for four fresh tires, fuel, and a minor air pressure adjustment to tighten his balance. Eckes restarted second on lap 47 and maintained position inside the top five for the ensuing 35-lap run. An improved handling balance and consistent lap times netted Eckes another eight points at the end of Stage 2 on lap 80 by running in third position.
Eckes was armed with another batch of fresh tires, fuel, and minor adjustments to fine-tune the handling during the second stage caution. After restarting third on lap 87, he waged war for the runner-up position and gained control of it by lap 100. He ran there until a cycle of green flag pit stops began on lap 119. Eckes made his final stop on lap 129 just before a caution waved. He was able to stay on the lead lap in fourth position and in contention for the victory. He made another fierce run for the race lead on a lap 150 and led until lap 158. During the final 10 laps, Eckes fought valiantly for one final charge at the lead but took the checkered flag in fourth position for his third top-five and sixth top-10 of the season.
“Not a bad points night,” Eckes said. “I thought we’d have a pretty good shot at the win there, but just went down into Turns 1 and 2 and got way too tight and slid up the racetrack. It is what it is. I’m proud of the No. 19 Gates Hydraulics team for making the improvements that they did. Our mile-and-a-half stuff has definitely shown a little bit of an improvement. We still have a little bit of a ways to go, but we’ll see how it goes.”
Start / Finish: 2 / 4
Points Standing / Total: 1 / 287 pts. (+2)
Next Race: Saturday, May 4, Kansas Speedway
How to Watch or Listen: 8:00 p.m. ET on FS1, MRN or SiriusXM
NAPA:
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By NAPA
When it comes to working in the shop, personal safety should always be the top priority. Safety glasses, gloves, hearing protection, even work boots are all meant to keep your body protected. It should come as no surprise that with new hybrid and electric drivetrains, there are also new safety gear requirements. Insulated tools are just the start of a well-stocked shop. There’s more to electrical safety than just owning a set of
link hidden, please login to view. This expert advice is meant to give an overview of the kinds of general
link hidden, please login to view (PPE) needed to service hybrid and electric vehicles. It is important to follow proper repair procedures for these vehicles, as described in the vehicle specific repair manual. This includes using all required PPE listed in the repair procedure with no exceptions. If you do not have ALL of the necessary PPE, DO NOT proceed with a repair, as doing so could lead to severe injury or even death. Now that you have an idea of the serious nature of vehicle high-voltage electrical systems, let’s take a look at how you can protect yourself. Personal Protection
Wearing the right personal protection gear is a must when working with electric and hybrid vehicle high-voltage systems. The electrical energy stored in a typical main traction battery pack is more than enough to kill or seriously injure a person.
In the past, wearing gloves while working on a car was usually a personal preference. Today, when working on high-voltage electrical systems, wearing gloves is mandatory. And not just one pair of gloves, but two pairs (inner and outer) are to be worn together. Just in case you are wondering, welding gloves are NOT the same as high-voltage
link hidden, please login to view. Class 0 gloves are required for protection up to 1,000 volts AC and 1,500 volts DC. One pair of rubber gloves (inner) protects against electric shock, while the leather gloves (outer) protect the rubber gloves from mechanical wear. They must be worn together in order to perform correctly. Electrical gloves
link hidden, please login to view every six months to ensure they are still capable of insulating the user from the rated voltage. Gloves will be labeled with the test date near the cuff. The exact personal protection gear needed for a repair will be spelled out in the vehicle service repair manual procedures. This may include an insulated apron,
link hidden, please login to view, insulated arm sleeves, link hidden, please login to view, arc flash face shield with neck protection, and insulated mats or blankets. These layers of protection are necessary not just for avoiding shocks, but also potential explosions like an arc flash. Tool Safety
It may seem odd to consider hand tools as part of personal protection equipment, but that is exactly the case when working with electricity. Most ordinary hand tools are made from metal, which does an excellent job conducting electricity. For servicing high-voltage electrical systems tools need to be designed in such a way that they don’t provide a path for electricity to travel to the technician, or to other vehicle components. That’s why EV tools are specially designed to protect the technician when used properly.
An EV tool set is a must-have for any technician looking to service an electric vehicle. A good start for insulated hand tools is an insulated screwdriver set, an
link hidden, please login to view and an link hidden, please login to view. Electric vehicle tools used for diagnostics need to handle higher voltages, like this link hidden, please login to view. For repairs where the battery pack must be removed, special care must be taken due the extreme weight involved. A link hidden, please login to view is the proper way to lower and transport a hybrid or electric vehicle battery pack. You wouldn’t pull an engine out of a car without the proper lifting equipment, so give the same respect to a heavy traction battery pack. Work Space Safety
Normally, when a car is being worked on in a service bay, there is little danger to fellow technicians. But that isn’t the case with a modern electric or hybrid vehicle. Whenever the high-voltage electrical system on one of these vehicles is exposed, proper notification must be given to those working in the area. Place
link hidden, please login to view and link hidden, please login to view around the vehicle whenever the high voltage electrical system is being serviced. This warns other technicians that there is an electrical shock hazard in the shop, and to keep their distance. You may also place an electrical warning sign on the vehicle to signal to everyone in the shop to stay away. Part of your workspace safety gear must be an
link hidden, please login to view. If a technician suffers an electrical accident while working on a vehicle, anyone attempting to help them is also in danger of electric shock. An insulated safety hook must be used to separate the victim from the electrical source. The last tip for work space safety is to never work on an electric or hybrid vehicle alone. Always let another technician or coworker know you are working on a high-voltage electrical system, and to check in on you periodically. Training Is The Key To Safety
Working on hybrid and electric vehicle high voltage systems requires meticulous procedures and extensive training. While there are plenty of dangers when working on internal combustion vehicles, many of the safety procedures surrounding those vehicles have been known for decades. As EV and hybrid drivetrain become more mainstream, so will their service safety procedures.
Tackling hybrid and electric vehicle high-voltage system repairs isn’t impossible, but there must be dedication to proper training. If you are a technician (or are wanting to become a technician), and are looking for electric vehicle service training,
link hidden, please login to view can help. NAPA Auto Tech offers a wide variety of convenient, cost-effective ways to become an automotive professional. In addition to eLearning and instructor-led training, NAPA Auto Tech offers hands-on and seminar-style classes for almost every make and model to help technicians keep their skills up to date. Photos courtesy of Brian Medford.
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