MAKITA HM1214C 110v AVT Demolition Hammer
MAKITA HM1214C 110v AVT Demolition Hammer
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What’s Included
- 1 x Bull point
- 1 x Bit grease
- 1 x Side handle
- 1 x Carry case
Please Note
This is a 110v machine and must be used in conjunction with a power tool transformer.
Product Overview
The HM1214C AVT Demolition Hammer, with ultra-low vibration, has a powerful 1,510 watt motor, with soft start, variable speed and constant speed under load to deliver up to 1,900 bpm and 19.9 joules of impact energy for excellent demolition performance. In-line tool designed for downward vertical applications with high work efficiency.
Part No: HM1214C/1(MAKPHM1214C-1)
Features & Benefits
- Model HM1214C is a 10kg-class demolition hammer adapted for SDS-MAX bits. The main features are as follows:
- AVT (Active dynamic vibration absorber) for reduced vibration during chipping.
- Suppression of motor speed during no-load for reduced vibration when idling.
- In-line tool design optimum for downward vertical applications.
- High work efficiency.
- One touch sliding chuck for easy bit installation and removal.
- LED lamp indicates when to replace carbon brush.
- Double Insulation
- Constant speed under load
- Soft start
- Ultra-Low Vibration: 8 m/sec² EN60745
Technical Specification
- Shank: SDS MAX
- Bit angle settings: 12 stage
- Impact energy per stroke: 19.9Js
- Speed control: Variable by dial
- Blows per minute: 950-1,900bpm
- Input wattage: 1,510w
- Vibration: 8 m/s²
- Net weight: 12.3 kg
Our Expert Says…
This Demolition Hammer has soft start to suppress start up for precise and better accuracy, variable speed control to enable the user to match the speed to the application and constant speed control to automatically apply additional power to the motor to maintain speed under load to complete the job. Suppression of the motor speed during no-load reduces the vibration of tool body. FAQs
SDS Max Hammers are tools which pack a lot of punch. They’re so strong that many are designed for demolition. Because their primary role is as a hammer drill, the impact rate – measured in either impacts per minute (ipm) or blows per minute (bpm) is definitely an important characteristic to consider. You should also check the maximum drilling capacity, which determines how far the tool will go into the material you’re working with.
The main differences are in the kind of drill bits they use and the amount of power they can bring to a task. Slotted Drive System drills use bits with slots or indentations and a pair of sprung ball bearings at the end of the shaft, which ensure a snug fit into the chuck. The fact that SDS drills usually have faster rotations and provide more blows per minute sets them apart from a ‘traditional’ hammer drill and makes them particularly suitable for tougher drilling tasks, such as driving into concrete.
One significant difference between these kinds of tools is the size of the shank. SDS Plus bits typically have a 10mm shank, while SDS Max is 18mm. This means that an SDS Max tool can use SDS Plus drill bits with an adaptor, but SDS Max bits aren’t ‘backwards’ compatible. The other main difference is that an SDS Max drill has even more power than an SDS Plus tool and is designed for working on tougher jobs than you might use the SDS Plus machine for.
That depends entirely on the power available on site. The ToolStore UK range includes both 110v and 240v options.
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