Vibromax model reference

SM95005: identify the numbered D and PD configuration

The Vibromax SM95005 service-manual preview has a March 2003 cover and section-one pages carrying the printed date 10/01/99. Its machine description concerns the numbered 1105, 1106, 1405 and 1805 series introduced in fall 1998. Those documents do not establish that a later VM model or an earlier W machine has the same configuration.

Obtain the applicable full manual and match the machine identification before using a service procedure. A public preview's contents page can locate a subject without showing the entire procedure. Do not infer a pressure-test method, brake-release sequence, lifting arrangement or repair instruction solely from its heading or from a superficially similar machine.

Record component identity as well as the machine plate

Section 1-5 identifies separate serial references for the machine, front drum drive motor, steering unit, axle, vibration motor, hydraulic pumps, axle drive motor and engine. Retain the relevant component identity with a parts or repair inquiry. A machine plate alone may not identify a replaced motor or pump.

For an offered roller, ask which major components have been replaced or repaired and obtain the supporting records. Match those entries to the installed equipment. A seller's account can identify useful questions without establishing that a replacement was the correct variant, that the repair included every related component or that the present fault has been diagnosed.

Keep propulsion, vibration and steering information separate

The machine description distinguishes the propulsion and vibration pumps and locates their separate drum-drive and vibration motors. Its steering circuit also contributes to the charge arrangement. The front-drive motor and vibration motor do different work; a symptom at the drum does not by itself identify which circuit or component is responsible.

Describe the observed function and conditions in a service request: travel, vibration, steering or another identified operation. Retain warnings and diagnostic findings without assigning a cause from the location alone. A pressure or flow value needs the specified circuit, measurement location and conditions before it can be compared with the service criteria.

The manual locates a central pressure-test station beneath the hood on the machine's right side. That is useful identification information, not an instruction to connect a gauge or release pressure without the full procedure. Testing needs the correct ports, rated equipment, isolation and support arrangements for the actual model.

Compare the two vibration stages as complete sets

The primary-source entries retain frequency, amplitude and centrifugal force together for each first or second stage. Do not take one stage's frequency and another stage's amplitude to describe an operating mode the manual never lists. Likewise, a secondary field labeled high or medium cannot be equated to the manual's stage number without establishing what that source means.

For a compaction proposal, identify the exact roller, drum type, available settings and the project's material and acceptance requirements. A literature statement about maximum compaction depth cannot promise a suitable lift thickness or achieved density for every soil. Keep field verification and the actual project requirements with the selected operating method.

Resolve source differences before choosing the operating figure

The RitchieSpecs fields and the manual fields retain their respective source labels. Net engine power, gross engine power, total operating mass, front support mass and centrifugal force are different quantities or bases. Minor numerical differences should not be silently treated as a production change, and a matching number does not prove matching definitions.

The 1105PD secondary record lists a second frequency that differs from the manual's second-stage frequency. The 1405 and 1805 primary engine identities include a different suffix from the secondary record. Keep those discrepancies with the source editions and installed engine identity, rather than assuming either that every machine changed or that all suffixes are interchangeable.

The manual's 1805 travel-speed row also pairs units inconsistently. It is not used here to replace the separately sourced travel-speed entry or to invent a reconciled speed. Have the applicable machine documentation resolve that question before using a transport or work-speed limit.

A plausible unit conversion cannot establish which printed value the manufacturer intended.

Separate total machine mass from a support share

The manual's front and rear entries describe support shares, while its operating-weight entry describes the machine. Use the actual complete configuration for a transport plan. A front-support figure cannot be substituted for the full cargo mass, and a published support split does not establish trailer-axle loads at a different loading position.

Confirm fitted equipment, fluids and the actual attachments to be carried. Retain the source's drum and configuration identity with a weight comparison. A padfoot and smooth-drum version should not receive the same assumed transport mass just because the engine, rear axle or some other specification matches.

Treat the historical service specifications as edition-specific

The preview contains dated lubricant, fuel and fluid specifications. Those entries cannot independently establish every currently suitable product or maintenance requirement for a repaired engine or replaced component. Obtain the applicable current support information for the identified equipment and keep the old publication's scope visible when comparing requirements.

The manual also separates reservoir capacity from the complete hydraulic system and identifies other lubrication compartments. A tank quantity cannot establish a whole-system refill. Name the compartment, actual service operation and applicable instructions before ordering fluid or treating one capacity headline as a complete maintenance plan.

Numbered PD rollers: identify the foot geometry and source edition

The SM95005 padfoot fields keep foot count, foot height and contact area together. The manual's contact-area entry differs from the separately sourced RitchieSpecs pad-surface-area entry. These are unresolved source/configuration differences; do not choose one silently, infer a field modification or treat the two labels as verified interchangeable quantities.

A foot's contact area is not the entire roller's ground-contact area. The count of feet around the drum does not mean every foot bears on the ground simultaneously. Do not multiply those catalog entries into a ground-pressure promise without the applicable geometry, loading and material conditions.

Do not silently force support weights to equal a rounded total

For 1405PD, the manual prints 17,858 lb front and 14,330 lb rear, which add to 32,188 lb, while its total is 32,187 lb. The corresponding metric shares, 8,100 kg and 6,500 kg, add to its stated 14,600 kg. Keep the printed values and their bases rather than altering a source cell to force exact agreement.

The one-pound difference is not an operating allowance or a trailer-loading tolerance. It also cannot establish the cause of a larger disagreement in another record. Use the documented complete configuration and actual loaded arrangement for transport, with attachments and other cargo identified separately from the literature's operating-mass entry.

Vibromax 1105D to 1805PD

SM95005 values below belong to the numbered 1105/1405/1805 D and PD configurations in section 1, pages 1-9, 1-13 and 1-15, dated 10/01/99. They retain the manual's SAE-net power labels and paired vibration stages alongside the separately sourced RitchieSpecs entries. Source differences are not resolved by selecting the larger figure; VM and W-series records are separate configurations.

Vibromax 605PD and VM66PD

Vibromax VM106D to VM186PD

Vibromax VM66D

Vibromax W355 to W465K