Reach Truck,
1.4 - 1.6 Ton
ETV/ ETM 214/ 216
Compact design, high performance figures, innovative technology and optimum ergonomic working conditions. These are the strengths of our ETM/ETV 214/216 reach trucks – whether for handling pallets or operating in drive-through and drive-in racking, whether for extremely narrow areas, low clearances or for single shift or multi-shift applications: The ETM/ETV 214/216 reach trucks offer the right solution for any application.
The main advantages of this series are:
Space saving with narrow aisle widths from 2711 mm.
Residual capacities of 1000 kg to more than 10 metres lift height.
Greater throughput while simultaneously reducing energy consumption. This is achieved due to the very latest drive and control technology
Advanced ergonomics and technology promote productivity:
Generously dimensioned cab and outstanding visibility both during travel and when stacking pallets.
Automotive layout of the pedals.
Automatic speed reduction when cornering with curveCONTROL.
180° and 360° steering: Operator can chose between minimum turning radius and fast change in travel direction. When travelling straight ahead, the steering wheel spinner knob is always positioned at the ergonomically ideal 9 o’clock position.
The soloPILOT control lever facilitates sensitive stacking even at high lift heights.
The right configuration for your needs: An extensive catalogue of options with a wide variety of assistance systems and battery versions from 465 to 775 Ah ensures the truck can be adapted to suit any application.
specifications
Model | Load Capacity | Maximum Lift (h3) | Travel Speed | Overall Length | Battery Voltage |
---|---|---|---|---|---|
ETM 214 | 1.40 ton | 10700 mm | 14 km/h | 2418 mm | 24 V |
ETV 214 | 1.40 ton | 10700 mm | 14 km/h | 2346 mm | 24 V |
ETM 216 | 1.60 ton | 10700 mm | 14 km/h | 2418 mm | 24 V |
ETV 216 | 1.60 ton | 10700 mm | 14 km/h | 2408 mm | 24 V |
Features
Reach mast technology saves space
Optimum energy efficiency
Spacious operator seat
Sensitive operation
Perfect adaptability