PT Hexindo Adiperkasa Tbk

Certain job conditions may require higher TKPH(TMPH) in order to maintain maximum production. Hitachi recommends evaluating the job conditions and consulting the tire manufacturer to make proper tire selection.

Twenty-four volt system. 140 ampere engine driven alternator. Four 12-volt, heavy duty batteries connected in series/parallel

Body capacity and payload subject to change based on customer specific material density and application.

Closed-center, full-time hydrostatic power steering system using two double-acting cylinders, pressure-limit with unload piston pump, and brake actuation/steering system reservoir. Accumulator provides supplementary steering in accordance with ISO 5010 and SAE J1511. Tilt/telescopic steering wheel with 35 deg. of tilt and 57.2 mm telescopic travel is standard.

Two (2) Hitachi three-stage, double-acting cylinders, with electronic controlled cushioning in retraction and extension, containing dual rod seals and urethane energized scrapers, inverted and outboard mounted. A tandem piston pump combines with four position electronic pilot controlled hoist valve. The electrical controller is mounted to the operator's seat.

Brake systems complies with ISO 3450 (SAE J1473).

An all-hydraulic actuated service braking system provides precise braking control and quick system response. The system is pressure proportioned, front to rear, for improved slippery road control.

Dual independent hydraulic circuits within the service brake system provide fully modulated reserve braking capability. Both front and rear dry disc are automatically applied when loss of pressure is detected.

Two spring on, hydraulic off armature disc brake heads provide effective parking. The braking system complies with ISO 3450 (SAE J1473).

Superior retardation to zero speed on grades is achieved through AC wheel motors in conjunction with four Hitachi resistor grid packages. Service brake blending occurs at speeds below 0.5 km/h.

Maximum dynamic retarding

Through activation of a switch by the operator, a solenoid is energized, sending full brake pressure to apply the rear Dry Disc brakes. For use during the load and dump cycles.

Net machine weight stated below includes standard equipment. Net machine weight changes will directly affect the Nominal Payload.

The Net Machine Weight specification includes operator and 100 % fuel.

ROPS complies with ISO3471 and SAE J1040-May 94, FOPS complies with ISO3449. A three-point rubber ISO-mount arrangement minimizes vibration to the operator compartment.

New wrap-around style dashboard means controls are within easy reach and visual contact. A full complement of easy-to-read automobile type color LCD monitor and warning system, a spacious environment, six-way adjustable operator's air seat, tilt/telescopic steering wheel, filtered adjustable air vents, all contribute to operator safety and comfort.

A new Hitachi system monitor and diagnoses all onboard controls including the Hitachi drive system and engine. Data links offer complete integration, while a single color Liquid Crystal Display (LCD) clearly details machine functions. Downtime is minimized with faster and more reliable troubleshooting and analysis. A new Hitachi load monitoring system offers benefits such as better equipment utilization on the jobsite, accurate unit and fleet production results, and benchmark unit statistics against fleet results. Cycle time, distance and cycle count can all be measured and recorded to further improvement of job productivity. The Hitachi load monitoring system is fully integrated with the Hitachi vehicle monitoring system and display interface, avoiding potential failure or error common in aftermarket systems.

A removable front cover of the cab allows easy access to the service brake valve and heater connections. A removable cover located behind the seat provides easy access to the electric components, Hitachi controller, and all electrical junction points.

Independent trailing arm for each front wheel. NEOCON struts containing energy-absorbing gas and compressible NEOCON-E (TM) fluid are mounted between the trailing arms and frame. Variable damping and rebound features are included.

"A" frame structure, integral with axle housing, links the drive axle to frame at a forward center point with a pin and spherical bushing. A track rod provides lateral stability between the frame and drive axle. Heavyduty rear-mounted NEOCON struts containing energy-absorbing gas and compressible NEOCON-E (TM) fluid suspend the drive axle from the frame. An integral rebound feature is included.

Full fabricated box section main rails with section height tapered from rear to front. Narrow at the rear to support the load and wider at the front allowing truck stability and excellent engine access for servicing. One piece top and bottom flanges that eliminate cross member tie in joints and provide a large exposed center area for access to major components. Large radii at frame junctions are blended and ground to minimize stress concentrations. Weld joints are oriented longitudinally to the principal flow of stress for greater durability and more strength.

An extended canopy protects the service deck area. High tensile strength 400 BHN abrasion resistant alloy steel is used in thicknesses indicated below:

High strength 690 N/mm² (100 000 psi) alloy steel is also used for the canopy side members and floor stiffeners. The body is rubber cushioned on the frame.

The addition of mirrors and cameras to the base model make the truck compliant to the perimeter viewing requirement of standards ISO 5006 and ISO 14401.