Please be warned. Using these products can be extremely dangerous and can cause serious bodily harm.
You as the purchaser of the product are acknowledging the risks involved and accept full responsibility for injury and damages related to its purchase and use. You are therefore releasing our company, employees, and representatives from any and all liability related to its use.
Do not under any circumstances operate the equipment without training, eye, ear, and body protection. Do not make modifications to the equipment.
Power Hammer and Press Prices are subject to change
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Anyang USA Power Hammer and Hydraulic Press Since 1956
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I have to start with a disclaimer... I am not an electrician and hesitate to give advice on electrical problems. But, I have seen several common problems that occur that someone with basic skills can trouble shoot:
1. If you are running power over distance, make sure that you have heavy enough gauge wire. Longer runs will require larger wire to avoid voltage loss. Consult your electrician for proper size wiring. Breakers and wires should be sized for 125% of the motor amperage. In other words, if your motor's name plate is 25, then 125% of 25 would be 31.25 so the breaker should be at least 35 amps. Here is a link to a site that will help you determine the correct wire size: http://www.paigewire.com/pumpWireCalc.aspx?AspxAutoDetectCookieSupport=1 Too small of wire will cause a voltage drop at the motor and cause it to draw more amps. That can lead to pre-mature motor failure.
2. Make sure that you have the proper size breaker in your breaker box. Too small of a breaker will cause it to trip. Again, it should be sized for 125% of the motor amperage (on a dedicated circuit). Consult your electrician.
3. With a tester, if you have 240 single phase power, make sure that you have 120V between each hot line and the ground and 240V between the two hot legs. Measure this at on the input side of the switch. If you do not have 240V between the two hot legs, go back to your breaker box and make sure the two hot legs are installed correctly.
4. With a tester, make sure that you have 120V between each hot leg and the ground on the output side of the switch. If each leg has 120V coming in and 120V coming out, the switch is good. If you do not have 120 on each hot leg on the output side of the switch, then you probably have a bad switch.
5. If you have 3 phase power to your shop, make sure that you are getting true 3 phase power to the switch and from the switch to the motor. We have seen several times where the motor would "hum" on startup and it was caused by one of the 3 phase legs not being hooked up correctly.
6, The switches have been reliable. Having said that, the switches are not meant to be constantly turned off and on (jogging the motor). That will cause premature failure.
Both the WEG single phase motors and the factory supplied 3 phase motors have been extremely reliable and failures have been almost zero. Most issues have been traced back to not supplying the correct voltage or amperage to the motor.