Frequently Asked Questions

Kiloton receives many questions regarding tools and tool accessories. We have combined a list of the most frequently asked questions we have received below.

1. Why is my power tool too hot to touch?


If a power tool runs too hot to touch when you are using it in normal conditions it is probably telling you it needs help. Air is drawn in through intake ports by the fan on the motor and expelled through output ports, cooling the tool. Sawdust, a by-product of woodworking, will clog these ports as well as lodge into other greasy nooks and crannies of the tool restricting air flow. Eventually the motor may overheat to the point that it will melt down and die. 

If you have an air compressor, give the intake port a shot of air with the tool running when you are finished using the tool for the day. If you don’t have one, the tool should be disassembled when a noticeable amount of dust has accumulated in the air ports and the dust removed with a brush. Be careful not to damage the fan blades when doing this.

2. What should I do if my power tool has some excessive sparking in the motor?

Brush it

If your power tool needs help to get going or there is excessive sparking in the motor, (up to 1/4″ long arcs are normal) the brushes probably need to be replaced.

Some tools have external covers that can be removed to change the brushes, while others have to be partially taken apart. Be careful when removing the covers as the brushes are spring loaded and may pop out on you. Examine the length of both brushes; if they are less than 1/4″ long they will need to be replaced.

Brushes may be ordered as original parts from the manufacturer or you can use generic products if they are available. Some new brushes are flat on the end and need to be seated to the curvature of the armature by running the tool with no load for a while.

3. There seems to be a problem with my power supply of my power tool, what should I check?

Your Power Outlet

If you suspect your power supply may be the cause of your tool not working, be sure to check the power outlet, the cord and the switch.

Check the outlet first to make sure that the circuit breaker has not been tripped. Physically examine the cord for cuts or frayed sections. If the cord looks good, wiggle it where it enters the tool and at the plug as wires will often break from stress at these points.

A new generic plug can be put on the cord – if the cord has to be replaced, the tool will have to be disassembled. If this needs to be done, carefully cut the wires off about an inch long, leaving some coloured insulation remaining on the stubs. Fit the new cord and attach the wires one at a time by removing the old stubs and attaching the new ones by matching the colours. If you find that the switch is defective you will have to order a replacement part and you will need the model of the tool for this. When you get the new switch compare it to the original. Draw a diagram of the wiring on paper and then replace the switch by removing and connecting one wire at a time.

4. What is a hydraulic hose and why is the role it plays so important?

Rubber hoses are made in 4 layers:

  • A rubber tube on the inside
  • 2 layers of wire braid
  • A protective rubber layer on the outside

If the wire braid can be seen from the outside, it is time to replace the hose. Rubber hoses have a 2:1 safety factor. Thermoplastic hoses are frequently used with power-driven hydraulic pumps. Only 700 series thermoplastic hoses have a 4:1 safety factor.

In general, hydraulic hoses consist of three important parts – these is an inner tube which transports liquid substances such as water or oil. The hose is then reinforced with a layer of braided wire, textile-based yarn or spiral wire; and the outside is usually protected with a third layer that will protect it from the elements. 

5. How long do hydraulic pressure hoses last for?

Wear and tear will always play a role as far as the longevity of hydraulic hoses is concerned. There are many factors that will and do play a role in the longevity of hydraulic hoses:

  • Kinking and flexing the hose too much
  • Exposing the hose to extreme temperatures
  • Operating temperatures that fluctuate dramatically
  • A sharp and sudden rise and fall of internal pressures
  • Using the wrong hose for the wrong application 

6. How do I avoid problems with hydraulic pressure hoses?

  • Hoses that are kinked or tightly bent will damage the wire braid. The hoses can only be bent to a radius of approximately 12 cm. Therefore, there should be no less than 24 cm between the straight sections of the hose.
  • The fittings on the hose are the most delicate part of the hose, so always refrain from bending the hose at the fitting. Ensure that the strain relief (spring or boot) guard is over the fitting which will help to support the hose.
  • The layout of the hoses should be done in such a way that there is minimal risk of damage from vehicles and trucks. Be especially careful not to drop any heavy objects onto the hose.
  • Never pull your pump by the hose; you are likely to damage either the hose or the connection which could have serious consequences.
  • Avoid at all costs pressurising a hose which has a kink or sharp bend.
  • Avoid storing your Hydraulic equipment in very warm areas, as the pressure could increase due to heat.

Note: It is wise to consider that all hydraulic systems operate under extremely high pressure in order to drive machinery – often massive machines in the work environment. Hoses that fail at high pressure can cause extensive damage and whip about with extreme violence, injuring anyone in the vicinity.

Hydraulic pressure hoses need to be checked regularly to ensure that they last long and remain safe in the work environment. Always discard damaged hoses to eliminate the risk of someone else using the hose. The next user might not notice the damage until the hose is pressurised. A leak in a hose can cause high pressure oil to penetrate your skin.

7. How often should I inspect my power tools?

You should inspect your power tools prior to each use to ensure that the tools are safe to use.

8. How should I inspect my power tools? 

To ensure all power tools are safe to use, draw up your own tool checklist or use the one below:

  • Start by checking the handle and body casing of the tool for any cracks or other visible damages.
  • Ensure that all auxiliary or double handles are installed securely (although not all power tools consist of an auxiliary or more than one handle).
  • Inspect the cord for any defects like cracking.
  • Check for damaged switches and ones with faulty trigger locks.
  • Inspect the plug for cracks and for missing, lose or faulty points.

9. What should I do before I use my power tool? 

Before you use your power tool, you will need to identify the job that needs to be done. Once you have identified the job, you need to ensure that you select the right tool for your application. Always make sure that you have read the operator’s manual before using the tool (this will ensure that you use the tool safely).

10. Why should I calibrate my Enerpac Bolting Tools?

The accuracy of all measuring devices degrades over time. This is typically caused by normal wear and tear. However, changes in accuracy can also be caused by electric or mechanical shock or a hazardous manufacturing environment.

Depending on the type of instrument and the environment in which it is being used, it may degrade very quickly or over a long period of time. The bottom line is that, calibration improves the accuracy of the measuring device. Accurate measuring devices improves product quality. 

11. What is Metric and Imperial?

Metric and Imperial are the way things are measured in.

Metric – mm

Imperial – inch

Bound to forget this? We’ve got your covered.

mm – “M” etric

inch – “I” imperial

How to convert Metric to Imperial and vice versa:

1″ = 25.4mm


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