Manitou MT 1235 S 3.5t 2006-2011 - Technical data

Manitou MT 1235 S – Product Description

Powertrain and Design

The Manitou MT 1235 S is a telehandler with a maximum lifting height of 12 m and a capacity of 3500 kg. It is equipped with a PERKINS engine, type 1104D-44T, generating a power of 70 kW/95 HP at 2200 rpm. The drive is based on a torque converter, ensuring smooth operation and stability of the structure. The device is characterized by high reliability and performance in challenging working conditions.

Undercarriage and Hydraulics

The MT 1235 S features hydraulic stabilizers and multidisc brakes that are hydraulically assisted on both axles, enhancing safety during operation. The hydraulic system consists of a lifting/tilting pump with a pressure of 260 bars and a flow rate of 105 l/min. With this design, the telescopic arm provides a maximum reach of 8.36 m. The hydraulic control is operated via electro-hydraulic reversing shift, offering four speeds forward and reverse.

Operating Parameters

The MT 1235 S can carry a load of up to 3500 kg at a height of 500 mm from the fork heels. The tipping load at maximum reach is 1460 kg, and the tear-out force with a bucket is 7000 daN. The lifting time for an unladen machine is 10.8 seconds and for a laden machine 11.2 seconds. The device reaches a maximum travel speed of 25 km/h.

Optional Equipment

The Manitou MT 1235 S can be supplied with a wide range of accessories and optional equipment, allowing customization to meet specific user needs. The machine is prepared for fitting various attachments as part of the standard equipment enhancement offer. Customers have the ability to choose components based on operational requirements.

Safety and Technical Data

Operational safety is ensured by hydraulic stabilizers and large wheel rim diameter. The weight of the unladen telehandler is 8960 kg, with dimensions of 5.59 m in length, 2.40 m in width, and 2.57 m in height. The MT 1235 S complies with EN 1459 standards and features a fork rotation capability of 124°, increasing operational flexibility in various conditions.