T14

T14

T14

Product catalog summary
Design Overview
The Hallite 14 is a vee pack rod seal designed for heavy-duty applications, providing excellent performance and longevity even under challenging conditions such as pressure surges, vibration, and misalignment. The seal comprises a male and female adaptor and three vee rings. The male adaptor is typically made from polyacetal, with larger sizes using rubberised fabric. It features grooves to ensure equal pressure distribution to the vee ring edges. Vee rings are made from rubberised fabric for strength and durability, allowing an oil film to lubricate other seal parts. Smaller sizes include a rubber vee ring between the fabric vee rings.

Features
  • Precision moulded vee rings
  • Pressure distribution adaptors
  • Reliable sealing

Operating Conditions
  • Maximum Speed: 0.5 m/sec (1.5 ft/sec)
  • Temperature Range: -30°C to +100°C (-22°F to +212°F)
  • Maximum Pressure: 700 bar (10,000 p.s.i.)
  • Maximum Extrusion Gap: Varies with pressure, from 0.4 mm at 160 bar to 0.1 mm at 700 bar

Surface Roughness
  • Dynamic Sealing Face Ød1: 0.1 to 0.4 µmRa
  • Static Sealing Face ØD1: 1.6 µmRa max
  • Static Housing Faces L1: 3.2 µmRa max

Chamfers & Radii
  • Groove Section ≤ S mm: Ranges from 6.0 to 20.0 mm
  • Min Chamfer C mm: Ranges from 3.0 to 10.0 mm
  • Max Fillet Rad r2 mm: Ranges from 0.4 to 1.6 mm

Tolerances
  • Ød1: f9
  • ØD1: H11
  • L1: +0.2 -0 mm

Technical Details
The document provides a detailed table of dimensions and tolerances for various sizes of the vee pack sets, specifying the tolerances for Ød1, ØD1, and L1, along with part numbers for each size.
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Catalog excerpts

T14-1

The Hallite 14 is a vee pack rod seal for heavy duty applications offering excellent performance and long life even under difficult operating conditions such as pressure surges, vibration and some misalignment. The seal consists of a male and female adaptor and three vee rings. The male adaptor is usually manufactured from polyacetal but some of the larger sizes use rubberised fabric. It has grooves across one face to ensure equal pressure to the sealing edges of the vee ring. All sizes have vee rings manufactured from rubberised fabric because this has strength and durability and permits an oil film to lubricate the other parts of the seal. The smaller sizes are supplied with a rubber vee ring between the rubberised fabric vee rings. The number and type of vee rings used are : up to 139mmØ Above 139mmØ Ruberised Fabric Vee Rings 2 3 Rubber Vee Rings The female adaptor uses a hard rubberised fabric to support the vee rings and protect them from extrusion damage. At high pressures the lips of the adaptor act as a secondary seal. C Features • Precision moulded vee rings • Pressure distribution adaptors S Operating conditions Maximum Speed Maximum Pressure Figures show the maximum permissible gap all on one side using minimum rod Ø and maximum clearance Ø. Refer to Housing Design section. Temperature Range Surface roughness Static Sealing Face ØD1 Dynamic Sealing Face Ød1 Static Housing Faces L1 Chamfers & Radii Groove Section ≤ S mm Min Chamfer C mm Technical details

 Open the catalog to page 1
T14-2

vee pack sets - metric

 Open the catalog to page 2

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.