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SIP Medusa T1000 4 Stroke GENERATOR, 0.9kV 230v 50Hz 12v 40 amp charging Quiet Operation.

SIP Medusa T1000 4 Stroke GENERATOR, 0.9kV 230v 50Hz 12v 40 amp charging Quiet Operation.

£179.99


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SIP 01502 12in 2400w, Sliding Mitre Saw, Laser Guided, 315mm blade 110 cut depth. *Free Stand worth over £79

SIP 01502 12in 2400w, Sliding Mitre Saw, Laser Guided, 315mm blade 110 cut depth. *Free Stand worth over £79

£249.99


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Removed. SIP 01564 Airmate Airpack. 24 Litre Oil-Free TS2/25 Air Compressor with 10 piece Kit.

Removed. SIP 01564 Airmate Airpack. 24 Litre Oil-Free TS2/25 Air Compressor with 10 piece Kit.

£129.99


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Choosing the right Generator for your needs


Generators fall into 2 basic groups

Leisure & Home use

Industrial/Site use

There are certain key features that you will need your Generator to have when selecting a product for either of these groups.


Leisure & Home use.
This is a product that will typically be used either in camping, caravan, small exhibition situations and around the home and office. Key features required will include silent running, weight and size, ease of transportation, run time, 230volt and 12volt output and maybe Inverter technology*

Industrial/Site use.
This is a product that will typically be used in the work place or on site where the output is restricted to 110volt. Key features again can also be silent running, ease of transportation, low oil warning systems, three phase supply, petrol or diesel powered, run time and very importantly robustness.



Inverter Technology*
If you are powering a TV, computer or other appliances requiring stable voltage and frequency output then it is advised that you choose a product featuring Inverter technology* We suggest you check with the appliance manufacturer.

Once you have decided the type of machine that best meets your needs you then need to calculate the power output that you require depending on the appliances that you intend to use. This task may seem a little daunting but is actually quite simple. The following 4 steps will help you achieve this.

A. Identify the tools and appliances that you will power from the Generator B. Determine the required wattage for each item.
C. Total the wattage required to power your identified items simultaneously. (Allowing for motor starting). However, if you have an appliance with a high wattage but will not be used continuously this can be considered in your calculation.
(Example) When in your caravan, turn your lights and TV off when you need to use the microwave!! D. Choose a Generator that has rated watts that meets or exceeds this total.

 


Wattage Table
To help you identify the wattage of the tools and appliances that you need to power from the Generator please use this table. However, please note that the watt’s shown are only an average recommendation, therefore please check your items before use.

Appliance

Watts

  

Fluorescent Lamp

35w

Light Bulb

40/60/100w

Control Heating Pump

100w

Video*

Palm Sander

175w

Radio / Hi-Fi

200w

Refridgerator**

Slow Cooker

Colour TV*

250w

VCR*

300w

Printer

350w

String Trimmer

Bench Grinder

400w

Computer*

13mm Drill

Jigsaw

Orbital Sander

450w

Floor Lamp

500w

Hedge Trimmer

4" Angle Grinder

550w

1/3 HP Airless Sprayer

600w

13mm Hammer Drill

Telefax

Deep Freezer**

700w

Hammer Drill

Planer

Appliance

Watts

  

5" Circular Saw

750w

5" Angle Grinder

1000w

Hairdryer

Lawn mower 10" Hover

Router

Belt Sander

1050w

Vacuum Cleaner

1100w

Coffee Maker

1200w

Steam Iron

1250w

Cement Mixer

1320w

10-16" Chain Saw

1500w

600w Microwave

Hot Air Gun

Portable Heater

Photocopier

1600w

8" Floor Sander

2000w

Air Compressor**

2200w

12" Grinder

2500w

Kettle

Fan Heater

3000w

Hammer/Breaker

Arc Welder -130A**

3500W

1HP Pressure Washer

Washing Machine

4000w

 

 

 


* MOTOR STARTING
Motor Starting is an important consideration when buying a Generator. Keep in mind that induction-type motors, like those that run sump pumps, refrigerators and compressors typically require 2-3 times their listed running watts to start. Below is a chart you can use to determine how many watts you will need to start up motors of various sizes and types.
Note: Power tools using universal commutator motors do not require additional startup power

Starter Chart
Motor SizeWattsWatts Required
To Start Motor

1/8 HP

275w

850w

1/6 HP

275w

850w

1/4 HP

400w

1050w

1/3 HP

450w

1350w

1/2 HP

600w

1800w

3/4 HP

850w

2600w

1 HP

1110w

3300w

2 HP

2200w

6600w

 

 

 




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