Skip to product information
1 of 4

Uploader

Case DV36, DV45, DV45CC Roller Service Manual Workshop Guide

Case DV36, DV45, DV45CC Roller Service Manual Workshop Guide

Regular price $34.00 USD
Regular price Sale price $34.00 USD
Sale Sold out
Taxes included. Shipping calculated at checkout.
Manual Included: • Service Manual: 527 pages Specifications: • Brand: New Holland • Model: DV36, DV45 Tier 4A (interim) and DV45CC Tier 4A (interim) • Type: Vibratory Roller and Combination Roller • Manuals: Service Manual • Publication Numbers: 48142070 (Sep 2017) • Language: English • Format: PDF Description Table of Contents Content Introduction Maintenance Engine Hydrostatic Drive Brakes and Controls Hydraulic System Frames and Ballasting Steering Wheels Electrical System Tools Platform, Cab, Bodywork and Decals Manual Extract: Compacting – Stiffness reference values Cold minerals To be able to evaluate the kB values, it is important to know that a sub-grade for a main road or motorway must have a stiffness value up to 100 kB • On a gravel surface, a good stiffness value will be greater than 80 kB. • For gravel layers in a pavement structure or in a frost sub-base, good stiffness values will be between 50 kB and 80 kB. • Expect stiffness values of less than 50 kB after the humus layer is removed from a clayish, very sandy, or wet ground. Asphalt • Asphalt has a temperature-dependent stiffness. The stiffness increases as the pavement cools. • It is important that compaction takes place only in the compactible temperature range of 140 – 80 °C (284 – 176 °F). Regardless of the material (gravel or asphalt, the base layers or paving layers), the increase of the stiffness in kB is an important indicator for compaction tasks. As long as ACE Force detects an increase in stiffness the surface is not at its maximum compaction value. An increase in kB value is always accompanied by an increase of compaction and the load-bearing capacity. Once you are at the maximum compaction, the kB value will no longer increase and instead have a tendency to decrease. This is the ideal moment to stop compaction. At this point, the material is at its highest possible stiffness.
View full details