All electric utility companies have net 30 day terms. Or, you can send a check, use VISA or Mastercard or contact Hastings.
If you are looking for more details, kindly visit Wei Guang.
We do not offer or supply a working "rating". We as a manufacturer of Hot Line Tools are required to test all fiber glass tools per OSHA/ASTM F711. In essence this rule states that all newly manufactured Hot Sticks must be able to withstand 100KV (100,000 Volts) for 5 minutes.
Yes, we have (5) trailers and (4) "factory demonstrators" that travel the country showing our tool.
The OSHA in service test requires that all fiber glass tools in-service be tested once every two years. The test must be done at 75KV (or equivalent) and under wet conditions. To properly test your tools under these conditions, your hot sticks must be "clean and glossy". To accomplish this; "cleaning and waxing" of your hot sticks will probably be required to have your sticks pass any electrical test.
Hot Stick Care and Maintenance Video
Yes, effective May , HASTINGS became ISO certified.
Contact Hastings and we will put you in touch with the Manufacturing Representative in your territory for you to discuss becoming a distributor.
For your protection, ALL wire transfers will be for further credit to "Hastings Fiber Glass Products, Inc" ONLY.
Wire transfers must be sent to one of the following bank locations ONLY:
No, because of the long amount of time to clean, sand, refinish, and test, we do not offer a "refinishing" service. We can route you though one of several "test and repair centers" centrally located around the country.
Hot Stick Care and Maintenance Video
We ship via UPS, FedEx, RPS, Truck Freight, and Air Freight. We ship the most economical method or per the customer's requirements.
We need to know several things before we can make a recommendation:
The company is the world’s best Telescopic Fiberglass Electrical Hot Stick supplier. We are your one-stop shop for all needs. Our staff are highly-specialized and will help you find the product you need.
Contact Hastings today with answers to these questions and we will gladly recommend a model fit for your needs.
OSHA requires that all hot line tools be tested every 2 years (24 months).
OSHA has published clear hot stick working clearances for different voltages. The clearances at present are below.
NOMINAL VOLTAGE INFootnote(1) These distances take into consideration the highest switching surge an employee will be exposed to on any system with air as the insulating medium and the maximum voltages shown.
Footnote(2) The clear live-line tool distance shall equal or exceed the values for the indicated voltage ranges.
Footnote(3) See Appendix B to this section for information on how the minimum approach distances listed in the tables were derived.
Footnote(4) Avoid contact.
Individual work rules may require more clear distance.
Voltage Proximity Testers are a relatively simple testing instrument that enables electricians and other uses to locate, trace and identify common electrical problems. These testers can locate wires behind walls, underground, and inside junction boxes. Others are designed to find blown fuses or test light fixtures. Some testers can even locate neutrals, ground faults, and high voltage lines without interrupting power. Most products are capable of continuity checks and audible continuity measurements. Continuity checks test a circuit for completeness, while audible continuity measurements beep when probes touch each other.
The Tic Tracer is adaptable to hot sticks and is used to check fuses, breaker panels, power outlets, load break connectors, and transmission lines. The Tic Tracer has a high voltage range (-122,000 volts) and a low voltage range (25- volts). This handy tool will allow the user to detect electricity without having to break into power lines. The signal of the beeper will become louder as a person comes closer to live electrical lines. The risk of touching live electrical wires is non-existent with this handy tool. The Proximity Voltage Detector can also be used to check power tools and to see if they are properly grounded. Users can also test whether AC power is connected to outlets, lamps, and/or switches. This tool is lightweight yet rugged, has an integrated switchguard and is made in the USA.
The Non-Contact Voltage Detector is used to verify live or de-energized conductors, and will warn of voltage from 230V to 500kV. As the tester is moved closer to the conductor or apparatus, a warning of voltage is indicated. This tester may be used with rubber insulating gloves or hot sticks with a splined universal end fitting. It is recommended that the tester is moved closer to the conductor until the warning is indicated or the unit touches a conductor, apparatus, or test point. Keep in mind, when using non-contact voltage detectors, it is extremely important to always verify proper operation. Immediately after checking a line or piece of equipment, the detector should be verified to reassure the proper functioning of the tool. This extremely useful tool comes complete with a case and shotgun adapter.
Anyone who uses hot sticks and voltage testers entrusts his/her personal safety to this instrument. For this reason, testing the tool’s operation on a flourescent lamp or known conductor of AC voltage is extremely important. If the unit is dropped, or for any reason a malfunction is suspected, test it before making checks or high voltage tests. Three phase feeder cables with conductors close together may self-cancel the field detected by the instrument; therefore, it is imperative to always separate such conductors by at least 4 inches before testing AC voltage.
When approaching an unknown voltage, especially a high one, always start with the unit switched to the ‘Low’ range. Then, approach the voltage from a distance. It is also important to use a “Hot Stick” at all times. Note that with the switch in the high range, the unit will only detect voltage above VAC.
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