The Echo SRM-3610T/L is an industry-leading high-powered professional loop-handle brushcutter with high torque.
The ECHO SRM-3610T/L is a powerful trimmer designed for commercial application. Exceptional cutting performance with high torque for tackling those difficult jobs. Featuring a lightweight yet robust frame alongside a large fuel tank and heavy-duty air filter, you’ll spend less time on maintenance and more time getting jobs done. The loop handle version is slightly lighter than its U handle counterpart.
- Anti vibration – The anti vibration engine mount ensures comfortable operation, making the SRM-3610T/L perfect for big, commercial jobs.
- High torque gear case. – The high torque gear case regulates the RPM so you get smooth and precise cutting regardless of whether you’re working with short grass or tall, dense brush. Move through different intensities of brush without compromising that clean cut.
- Power to Weight Ratio – Super light-weight design with exceptional power.
- Ergonomics – Designed to maximise efficiency and comfort.
- Easy start engine – ECHO’s patented system for effortless starting.
Built for professionals.
The SRM-3610T/L is built for professionals from the ground up. The new ECHO engine design provides:
- High power
- High torque
- High durability
- Good acceleration
- Low noise
- Low maintenance cycle
- Ease of maintenance
Product Details.
Engine displacement (cm³) | 36.3 |
---|---|
Output (kw) | 1.4 |
Output (ps) | 1.9 |
Dry Weight (kg) | 6.3 |
Fuel tank capacity (l) | 0.85 |
Fuel Consumption At Maximum Engine Power (L/h) | 0.92 |
Carburettor | Diaphragm |
Start Assist System | Decomp |
Drive shaft diameter (mm) | 7.0 |
Main pipe diameter (mm) | 25.0 |
Gear reduction ratio | 1.62 |
Standardised Nylon Head | Z5M10L |
Standardised Nylon Head (Item Number) | X047-000332 |
Vibration Left handle/Right handle (m/s) Nylon head | 5.7 / 3.2 |
Sound power level (dB(A)) Blade/Nylon head | – / 106.5 |
Sound pressure level (dB(A)) Blade/Nylon head | – / 94.5 |
CO² (g/kW・h) 1 |
832 |
- 1
- This CO² measurement results from testing a (parent) engine representative of the engine type (engine family) over a fixed test cycle under laboratory conditions and does not imply or express any guarantee of the performance of a particular engine.