Positioning a 6-Tonne, 30-Metre-Class Rotating Telehandler for Multiple Drop Points

Serving several elevated delivery points from one machine position starts with a lift-by-lift assessment—not simply a reach circle on a site plan. The Onchtech CZ60-30 rotating telehandler combines a 6-tonne rated capacity, a maximum lift height of 29.7 metres, a maximum forward reach of 25.4 metres and continuous 360° upper-structure rotation.

For construction teams, these capabilities provide a basis for planning multi-point material delivery. Whether one station can serve several drop points depends on the load at each point, the applicable load chart, ground support, outrigger setup and the complete movement path.

What the CZ60-30 brings to multi-point positioning

Continuous upper-structure rotation allows the boom to address different directions without changing the chassis heading. Independent hydraulic outriggers, three steering modes and pilot proportional control support site setup and controlled material placement. These features can help reduce repositioning where the proposed lifts remain within verified operating limits.

Build the station plan around each delivery point

1. Record the load, height and placement requirements

   List every pickup and drop point, including load mass, dimensions, load centre, receiving height and required placement clearance. Identify the intended attachment and account for it as required by the applicable load chart. Use verified load information rather than visual estimates.

2. Compare candidate machine positions

   Mark possible stations on the site plan and assess the reach to each point using the reference defined in the machine documentation. Include the pickup location as well as the destinations. A centrally located station may shorten some movements while placing the heaviest load at an unfavourable reach.

3. Check capacity throughout the movement

   Verify pickup, travel through the lifting path and final placement against the applicable load chart and instructions for the selected configuration. A destination inside the maximum reach limit is not, by itself, evidence that the lift is permissible. Do not infer capacity from the headline specifications.

4. Confirm ground support and outrigger clearance

   Assess ground bearing conditions, slopes, excavations, buried services and nearby edges with competent site personnel. Obtain the required outrigger dimensions and support-load information for the proposed setup. Individual outrigger control must not be treated as permission to work with an unverified deployment arrangement.

5. Review the swept area and delivery sequence

   Check the boom, load and upper-structure movement against buildings, scaffolding, stored materials and overhead hazards. Establish exclusion zones and communication arrangements. Sequence deliveries so that placed materials do not obstruct subsequent movements, visibility or access.

Check access separately from the lifting footprint

The CZ60-30 has a published width of 2,705 mm, height of 3,255 mm and overall length including forks of 10,010 mm. Its operating weight is 28,260 kg. These figures help screen access routes, but they do not define the deployed outrigger footprint, turning envelope or ground support requirements.

• Check gates, overhead restrictions, corners and the approach to the station.
• Verify route bearing capacity and any temporary access arrangements.
• Keep space available for outrigger deployment, material staging and any planned repositioning.

When should drop points be split between stations?

The objective is not to eliminate every machine move. Use a separate position when a delivery cannot be verified from the first station, when the movement path is obstructed, or when the required ground support and clearances cannot be provided.

A practical plan groups only those deliveries that share a suitable, verified setup. Reassess the plan when load details, receiving levels, attachment configuration, ground conditions or surrounding site activity change.

Common planning questions

Is the CZ60-30 a 30-metre telehandler?

It is a 30-metre-class rotating telehandler with a published maximum lift height of 29.7 metres. Use 29.7 metres—not a rounded 30 metres—for initial height screening, then verify the actual lift configuration.

Does 360° rotation allow delivery anywhere around the machine?

It provides continuous upper-structure rotation, but permissible operation still depends on the applicable load chart, setup, ground conditions and clear movement paths. Rotation capability alone does not validate a lift.

Can a station plan be approved from these specifications alone?

No. The headline specifications are suitable for preliminary assessment. Final planning requires the applicable load chart, operating instructions, setup information and a competent site-specific assessment.

Discuss your multi-point delivery requirements

Onchtech is the equipment brand of Hunan Hongchang Machinery Co., Ltd., an engineering machinery manufacturer providing complete machines and OEM/ODM/OBM cooperation. For a CZ60-30 suitability discussion, share your site layout, pickup and delivery coordinates, load details, receiving heights, access restrictions and available ground information.

Request the applicable load chart, outrigger setup dimensions and configuration details before committing to a machine position or purchase specification. This gives your project team a sound basis for comparing stations and defining a workable delivery plan.