HUSQVARNA 564XP 18″
The Husqvarna 564XP 18″ is a fuel-injected 60cc professional chainsaw with instant acceleration.
Designed for Forestry and tree care professionals seeking cutting-edge performance, this chainsaw combines the size and manoeuvrability of a 50cc chainsaw with the power of a 70cc, delivering an outstanding power-to-weight ratio in a compact body.
Features of this chainsaw include:
- Fuel-injection system and a new engine for instant acceleration and maximised productivity throughout the workday.
- Simple start technology and LowVib® to reduce strain on the user.
- Outboard clutch for improved balance
- Powerful engine, and a large bar mount provides the ability to use long bars.
- User-friendly features include captive bar nuts to prevent loss, raised felling mark for high durability and perfect sight, fuel window, snap-lock cylinder cover, and magnetic filter to protect the engine from metal debris.
This machine is fitted with an 18″ Bar.
£1,399.00 RRP (inc. VAT)
£1,189.15 Our Price (inc. VAT)
Technical details
Engine
| Output shaft power (Output shaft power: Petrol products - Net power rating as per ISO 7293, Battery products measured comparable to petrol products) | 4 kW |
| Cylinder displacement | 62.4 cm³ |
| Chain speed at max power (m/s) | 21.3 m/s |
Equipment
| Recommended bar length, min | 38 cm |
| Chain pitch | 3/8" |
| Recommended bar length, max | 70 cm |
| Chain type | C85 |
| Bar length | 45 cm / 18 in |
Sound and noise
| Sound pressure level at operators ear (LpA) | 106 dB(A) |
| Sound power level, guaranteed (LWA) | 119 dB(A) |
Vibration
| Equivalent vibration level (ahv, eq) rear handle | 3 m/s² |
| Equivalent vibration level (ahv, eq) front handle | 3.3 m/s² |
Engine
| Exhaust emissions (CO₂ EU V) (Exhaust emissions (CO₂ EU V): This CO2 measurement results from testing over a fixed test cycle under laboratory conditions a(n) (parent) engine representative of the engine type (engine family) and shall not imply or express any guarantee of the performance of a particular engine.) | 762 g/kWh |
