KALMAR DCE Cabin Part Dimensions by OE

Reference Standard: Relevant dimensional, material, and performance documentation standards should be selected only after the exact component, drawing requirement, and inspection purpose are known.

A cabin part dimension inquiry for KALMAR DCE 80-100/45E cannot be answered with one universal cabin measurement. The available records cover three different cabin components, and each record provides a different level of dimensional information: the 923171.0003 cab shock absorber has a published Specification of 52.3*105, the X2023700 / 923934.0225 cab seat has an Approximate Size of 60cm60cm80cm, and the A23480.0100 door strike plate has verified material and weight information but no published dimension in the supplied evidence.

Cabin Part Dimension Records for KALMAR DCE 80-100/45E

The most useful way to read these records is as an application-specific dimension map, not as a generic list of cabin measurements. All three items belong to the verified KALMAR DCE 80-100/45E cabin context, but the information attached to each item is materially different.

The distinction between Specification and Approximate Size matters. The shock absorber record should remain exactly a Specification of 52.3*105. Because the source does not define units in the supplied evidence, assigning millimeters, centimeters, or another unit would create a new specification that the record itself does not establish.

The cab seat record is clearer about both units and the approximate nature of the measurement. Its published value of 60cm60cm80cm can therefore be used when the buyer’s question concerns the approximate overall envelope of the catalog-listed seat. The word Approximate should remain attached to that value during quotation, comparison, or technical review.

The door strike plate illustrates the opposite case. A23480.0100 is positively identified and has Aluminium listed as its material together with a 0.2kg weight, but those fields do not reveal length, width, thickness, mounting-hole spacing, or any other dimension. Material and weight cannot be converted into an undocumented size.

This difference in coverage is important because a machine application can be well identified while an individual component record remains dimensionally incomplete. For more information about the company’s broader reach stacker and forklift parts context, see Ningbo Beilun Zhenke Machinery Equipment.

Match Every Cabin Dimension to the Exact OE and Component

A dimensional value becomes useful only when its identity chain remains intact. In this application, that chain consists of the component name, OE or product reference, KALMAR DCE 80-100/45E application, and the exact wording used by the published record.

For the cab shock absorber, the defensible record is:

923171.0003 — DCE Cab Shock Absorber — Specification 52.3*105 — Weight 0.5kg

For the cab seat, it is:

X2023700 / 923934.0225 — Cab Seat — Approximate Size 60cm60cm80cm — Weight 36.8kg

These values are not interchangeable merely because both components belong to the same cabin application. A seat envelope describes a very different physical question from a shock absorber specification. Treating either measurement as a general “KALMAR cabin size” would remove the component identity needed to interpret it.

The same discipline applies when searching by a cabin part part number. A buyer may begin with a dimensional question, but the dimension should not be separated from the OE number during later stages of sourcing. Photographs, quotations, drawings, measurements, and incoming-part records should continue to identify which exact component the dimension belongs to.

The door strike plate demonstrates why this identity-first approach also protects against false assumptions. Its record confirms A23480.0100, Aluminium, and 0.2kg. Those verified facts establish what the documented item is, but they do not create a dimensional answer. Estimating its dimensions from another cabin component, a visually similar plate, or its weight would cross the evidence boundary.

Preserving identity also makes later comparison more efficient. If a drawing becomes available, the team can compare it against the correct OE record rather than attempting to reconstruct which measurement belonged to which cabin component.

Know Which Cabin Size Questions the Published Records Can Answer

The cab seat record can answer a limited but practical question: what approximate overall size is published for the catalog-listed X2023700 / 923934.0225 seat? The answer is 60cm60cm80cm. Because the record calls this value an Approximate Size, it should not automatically be converted into a precise mounting or clearance specification.

The cab shock absorber can answer a different question: what specification value is published for OE 923171.0003? The documented answer is 52.3*105. The source wording should be retained because the supplied evidence does not define the physical features represented by the two numbers or state their units.

The door strike plate cannot answer a dimension question from the current record. It can support identification of A23480.0100 and reference to its Aluminium material and 0.2kg weight, but a request for its length, thickness, mounting-hole spacing, or overall outline requires additional evidence.

This creates a clear practical boundary between published dimensional reference information and installation geometry. None of the three records establishes verified mounting-hole patterns, reference surfaces, interface dimensions, tolerances, fastening locations, or complete installed clearances.

That distinction matters in real replacement work. An overall seat envelope might help determine whether a candidate record is broadly consistent with the intended component, but it does not prove that seat rails, mounting points, restraint interfaces, controls, or surrounding structures align. Likewise, the shock absorber’s 52.3*105 specification is useful as a catalog reference, but the available evidence does not show which surfaces or features those figures describe.

A cabin part drawing becomes especially valuable when the buyer’s real question is not “What size is listed?” but “Will this exact interface align with my machine?” The second question normally requires geometry that a compact catalog field may not contain.

Published values should therefore be treated according to the question they can genuinely answer:

• Use the seat Approximate Size for approximate overall-size reference.
• Use the shock absorber Specification only in the exact form published.
• Keep the door strike plate dimension unresolved until positively identified dimensional evidence is available.
• Do not turn any of these records into a tolerance-controlled fit statement without additional documentation.

Complete an Incomplete Cabin Dimension Review

When the published record does not contain the geometry needed for a replacement decision, the next step is not to estimate the missing number. The next step is to expand the evidence while preserving the verified identity already available.

Start with the OE number and exact component description. For a shock absorber inquiry, retain 923171.0003 and Specification 52.3105. For a seat inquiry, retain X2023700 / 923934.0225 and Approximate Size 60cm60cm*80cm. For the strike plate, record that the supplied evidence contains no verified dimension field.

Then define the specific dimension actually needed. “Cabin part dimension” may refer to overall envelope, mounting-hole centers, bracket width, seat-base geometry, shock mounting interface, thickness, clearance to adjacent structures, or another feature. These are different engineering questions and should not be collapsed into a single size request.

Once the required feature is defined, seek a positively identified drawing or measurement tied to the same OE reference. A useful measurement record should make clear which surfaces were used, which feature was measured, and which component identity the result belongs to. This prevents an old part, visually similar component, or unrelated cabin item from becoming the accidental dimensional reference.

The same rule applies to a repair part dimension supplied by a field team. A measurement is far more useful when it is stored together with the observed part number, component description, machine application, photograph or drawing reference, and measurement location.

Do not use material or weight as substitutes for geometry. The strike plate’s Aluminium material does not establish its dimensions. The cab seat’s 36.8kg weight does not establish rail position or mounting-hole spacing. The shock absorber’s 0.5kg weight does not explain what 52.3*105 represents.

This approach keeps unknown information explicitly unknown. That is more useful than filling gaps with assumptions because later drawings, measurements, or technical records can be added without having to separate verified data from earlier estimates.

Frequently Asked Questions (FAQ)

What checklist should be used before replacing a forklift part based on dimension?

Verify the OE number, component identity, machine application, original dimension label, and the specific feature being compared. If mounting-hole geometry, tolerances, interfaces, or clearances are not published, obtain a positively identified drawing or measurement before treating the dimensional record as proof of fit.

What documentation method should record markings with a repair part dimension?

Keep the measurement together with the visible part number or marking, component description, machine application, measurement location, and a positively identified photo or drawing reference. This preserves the link between the recorded dimension and the exact physical part from which it was obtained.

What level of inspection is suitable for a cabin part part number?

Begin with identity inspection: confirm the OE reference, component name, and machine application. Add dimensional inspection only for features supported by the record or a positively identified drawing. A catalog value without tolerance or interface geometry should remain a reference, not a pass/fail installation criterion.