
NOBLELIFT RT15DP-H
1.5 t stand-on pantograph double-deep reach truck. Match the second pallet position, rack interface and capacity at full reach before comparing nominal ratings.
Reviewed 2026-09-30 · manufacturer claims remain attributed · quotation-specific evidence requiredEditorial double-deep warehouse illustration; not a verified RT15DP-H configuration or capacity demonstration.
Start with the claim, then identify the offered truck.
The facts below summarize the source reviewed by ForkliftIQ. They do not prove current availability, regional configuration or suitability for a particular site.
Match the second pallet position, rack interface and capacity at full reach before comparing nominal ratings.
A model name helps organize research. Technical approval still depends on one exact configuration and a written operating requirement.
Application boundary
A second-row storage task needs a truck and rack arrangement that work together. Specify the goods envelope, pallet entry, front and rear positions, support beams and obstructions. Compare the offered system against that layout instead of judging suitability from chassis width alone.
Configuration evidence
Keep RT15DP-H distinct from RT15DP and the RT15SP/RT20SP single-deep alternatives. The global site has separate model pages; a regional family page groups their specifications. A figure on a family page is not automatically a specification for every suffix.
Operating-system check
The lifting rating is not a promise for every height and extension. Obtain the actual load chart and mast identification. Choose the battery and charger against the site schedule and installation, and preserve the option list with the quotation.
Information to measure before requesting this model
Record pallet dimensions, entry direction, goods overhang, mass, centre of gravity and beam heights for both storage positions. Include the first-row obstruction envelope and the available space beneath the rack for the truck's support legs. Identify columns, guards, sprinkler restrictions and the cross-aisle turning task.
Describe the inventory flow: how often the rear position is accessed, whether the front position needs clearing, how returned pallets move and where operators wait. Measure floors, joints, doors and charging access. Ask the supplier and responsible rack party to identify the required clearances and acceptance documents for the exact offered combination.
Questions for the quotation
- Which capacity chart covers our height, load centre and fully extended second-row position?
- Which pallet, beam, support-leg and floor clearances are approved for the actual rack layout?
- Which mast, battery, charger and operator-assistance options are included for this suffix?
- Who verifies the rack interface, commissioning task and parts/service support?
Documents to request
Ask for the complete model and option codes, a dated model-specific data sheet, dimensions, the configuration-specific load chart, battery and charger data, attachment approval, tyre specification, operator and maintenance manuals, scheduled service requirements and the applicable destination-market conformity records. The contracting party should identify who commissions the truck, provides training, supports diagnostics, supplies parts and carries warranty responsibility.
How to compare an alternative
Build one comparison sheet and hold the operating case constant. Use the same load, load centre, lift height, attachment, aisle or route, gradients, floor, temperature, shifts and charging window for every candidate. Ask suppliers to show where each quoted value comes from and whether it is standard, optional, calculated, tested or dependent on a market package.
Separate truck price from the operating system around it. Include charger and electrical work, battery replacement assumptions, tyres, scheduled service, diagnostic access, software or telematics fees, training, commissioning, freight, spare parts and expected downtime support. A lower equipment price can produce a higher operational cost when these boundaries are omitted.
Commercial and delivery boundary
Record the legal seller, Incoterm, delivery location, included options, excluded installation work, document language, acceptance method, warranty start, response time and responsible service entity. Require written change control when the supplier substitutes a mast, battery, charger, tyre, controller or software package after the technical review.
Parts and service identity
The family name is not sufficient for a parts match. Preserve the data plate, full model, serial number, mast and attachment details, battery voltage, controller and display labels, old component number, connectors, ports, mounting points and dimensions. Ask the source of every proposed replacement: catalogue record, drawing, supersession notice or written manufacturer confirmation.
Second-row access changes the buying question
Draw a rack bay with the front and rear pallet positions, beam faces, back-to-back spacing, load overhang and protective structures. The reach requirement concerns the actual pickup and placement points, not just the nominal pallet length. Ask the supplier to mark its measurement reference and operating envelope on the same drawing.
Keep the retrieval sequence visible in the purchasing brief. If the front pallet obstructs a rear pallet, describe how the front position will be cleared and where that pallet goes. Storage density and order access are different requirements. Compare the arrangement against stock rotation, order mix and the handling sequence the warehouse intends to use.
Capacity must identify extension and height
Require a chart for the actual mast, fork arrangement, attachment if fitted, load centre and extension position. Ask which part of the chart governs the rear pallet at the highest required beam. Preserve the chart revision and truck configuration together so a later mast or fork substitution cannot silently change the approved handling case.
The public rating and height entries remain separate facts. This page does not multiply them into a claim that the truck carries its nominal load at its highest lift and full reach. A supplier should identify restrictions, any required option and the documentation used to support the proposed operating case.
Inspect the support-leg and pallet interface
A rack drawing should show the space into which the support legs move, including bottom pallets, rack bases, guards and floor-level structures. Record pallet construction and fork-entry openings. Have the responsible supplier check the full movement rather than relying on a photograph that happens to show a similar pallet.
Use the minimum clear space along the actual route. Chassis geometry, turning clearance, load overhang and placement clearance answer different questions. Arrange a documented site review or representative task demonstration, with the responsible parties agreeing what is tested and which limitations remain.
Keep RT15DP-H and related suffixes separate
The global source has an RT15DP-H table and another page grouping RT15DP with RT15SP and RT20SP. The Australian branch explains the single-deep and double-deep roles, but its grouped headline values should not overwrite the individual global table. Do not transfer a higher family rating or a different model's dimensions to this record.
Some imagery on the grouped global page carries the RT15DP-H name. That image is useful for identifying the need to check the suffix; it does not prove the specifications of the non-H model. Ask the seller for the exact nameplate, current data sheet and regional configuration before comparing offers.
Energy package and charging installation
The manufacturer lists separate lead-acid and lithium battery entries. Specify which package is offered, the battery identification, charger output and input, connector, charging location and included installation. Ask the supplier to explain relevant maintenance and charging instructions for that package rather than assuming the two alternatives have the same operating routine.
Describe the real breaks, travel, lift and waiting periods. Request a duty review based on those inputs and agree the acceptance method. Battery capacity alone does not establish a verified shift duration, charging time or energy cost. Keep replacement-battery availability and local service responsibility in the commercial comparison.
Parts and commissioning record
Preserve the mast plate, pantograph assembly identification, fork and carriage codes, wheel sizes, hydraulic component references, controller, display, battery and charger labels. Request fitment evidence for a replacement against the serial number and installed assembly. Similar appearance or the broad reach-truck family name is insufficient.
Use the parts identification request to assemble those records. Agree operator instruction, commissioning, inspection and local response with the contracting party. This research page does not provide repair procedures or replace the manufacturer's instructions.
Compare different storage routes fairly
Compare the EP CQD20LB reach-truck route against the same pallet and beam requirements. The OPK-160 VNA route has a different rack and guidance interface. Keep aisle geometry, inventory access, capacity evidence and infrastructure scope consistent while retaining each equipment type's own approval requirements.
https://www.noblelift.com/wlbysb/info.aspx?itemid=558&lcid=49https://noblelift.com.au/product/reach-trucks/rt15sp-dp-dph-double-deep-reach-trucks/The global site links to the Australian branch. Regional packaging and grouped specifications remain distinct from the specific RT15DP-H table.
Evidence boundary
ForkliftIQ has not inspected or tested this truck. Published capacity, dimensions, energy and software statements remain attributed to the manufacturer source. Current availability, exact configuration, regional documentation, dealer authority, lead time, field performance and warranty must be confirmed in writing for the offered truck.
https://www.noblelift.com/wlbysb/info.aspx?itemid=783&lcid=49