General information

FINN

General information The custom made Finn is a 2 cold rolled steel beam, telescopic ball bearing drawer slide available in single and two way single extension with a travel up to 100%.
  • Load capacity

    Load capacity

    62 kg
    136.69 lbs
    (Load capacity is based on < 10.000 cycles)
  • Load capacity

    Load capacity

    81 kg
    178,57 lbs
    (Load capacity is based on < 10.000 cycles)
  • Width

    Width

    14 mm
    0.55 inch
  • Width

    Width

    13.5 mm
    0.53 inch
  • Width

    Width

    12.8 mm
    0.5 inch
  • Height

    Height

    37 mm
    1,46 inch
  • Travel

    Travel

    single extension 75 %
Product features
FINN
Product features The custom made Finn is a 2 cold rolled steel beam, telescopic ball bearing drawer slide available in single and two way single extension with a travel up to 100%.
  • Surface treatments

    • Bright Zinc Chromate - Black passivation
    • Bright zinc chromate - blue passivation
    • Electrodeposited coating
Technical information
FINN
Technical information The custom made Finn is a 2 cold rolled steel beam, telescopic ball bearing drawer slide available in single and two way single extension with a travel up to 100%.
  • The Finn range supports loads up to 81 kg
  • Add features such as bumpers with or without hold closed in open position
  • Add fixations such as studs, tabs, spacer brackets, drawer carriers or threated studs
  • Perfect for light to medium duty applications in all segments

Please visit the product features tab on the product page to find out more information about our customizations. In case of customization or a question about the slide, feature or functionality please contact a sales manager.


Load capacity
Load capacity varies as a result of a number of factors. The main factors being the type of slide, length, and ratio between pull-out length and closed length. Another important factor is the number of cycles the slide is required to make. Thomas Regout distinguishes the type of usage between dynamic use and static use. Other factors that influence the load capacity are the features the slide is equipped with, and how it is mounted. Slides are usually mounted sideways so all data concerning load-capacity will be given for side mounted use. For information about the load capacity with bottom-mounted slides, please contact our sales department.

Dynamic load capacity
In order to determine the dynamic load capacity, all types of Thomas Regout slides have been tested for 100,000 cycles. Their maximum load capacity is compliant with, or exceeds, all common national and international standards including DIN, BIFMA, BS, EN and JIS. The dynamic load capacity figures can be found in the graph below.

Static load capacity
Static load capacity is based on test results at 500, 1000 and 10,000 cycles. This is most common for industrial purposes. The static load capacity is considerably higher than the dynamic load capacity for all slides. The static load capacity figures listed below were determined for a single length of that slide and are for indication purposes only. Specific applications can be assessed by our R&D department and tested if necessary. 

Extension
Extension is defined as the ratio of the travel length of the slide (T) and the length of the slide in a closed position (L): T = (T/L)*100%. The influence of the extension and length of the slide on the load capacity is shown in the graph below

Thermal resistance
Maximum temperature approx. 100°C, determined by applied plastics and lubrication.
Minimum temperature approx. -20°C, determined by applied plastics and lubrication.

Attention: maximum and minimum temperature are strongly determined by the specific application; duration of exposure, impact and other forces on a slide and slide components etc. Values mentioned are indicative, it is important to judge each individual application.

Materials
Thomas Regout slides are available in numerous materials and coatings. Below is an overview of all the materials used in our slides. All our products are compliant with EU ROHS standards.

Sections:
- Cold rolled, low carbon and high yield strength steel according to EN 10268 and EN 10139
- Pre-galvanised low carbon and high yield strength steel according to EN 10147 and EN 10139
- Stainless steel according to EN 10088-2 and EN 10259
 Ball cages: Electrolytically galvanized, cold rolled, low carbon and high yield strength steel according to EN 10131 and EN 10152
Ball bearings: Hardened carbon steel C15, Kl 4 DIN 5401
Locking features: PA, PE, PBTP, TPU, EPDM
Sequence devices: PA, TPU, PP Bumpers: RR PA, TPU, EPDM
Lubrication: Heavy duty ball bearing grease (free of lead), based on mineral oil

Stainless steel
More and more telescopic slides are used in new applications which requires very high corrosion resistance. Due to this fact, Thomas Regout has created the possibility to supply its total product range in stainless steel according to EN 10088-2 and EN 10259. Please inform us about your requirements to create the slide you need. Surface treatment: Our slides are available in a selection of standard finishes to the specifications listed below. If you require an alternative or specialized finish not listed, please contact us for further information

Surface treatment (finishing)
Our slides are available in a selection of standard finishes. These finishings can be found in the feature list. The overview provides information about which slide can have a specific surface treatment. If you require an alternative or specialized finish not listed, please contact us for further information.

Product images
FINN
Product images The custom made Finn is a 2 cold rolled steel beam, telescopic ball bearing drawer slide available in single and two way single extension with a travel up to 100%.
CAD Centre
FINN
CAD Centre The custom made Finn is a 2 cold rolled steel beam, telescopic ball bearing drawer slide available in single and two way single extension with a travel up to 100%.

EU

General downloads

DWG downloads

FINN_12_500_375
FINN_12_500_375 (166 kb)
FINN_13_500_375
FINN_13_500_375 (165 kb)
FINN_14_500_375
FINN_14_500_375 (163 kb)

PDF downloads

FINN_12_500_375
FINN_12_500_375 (165 kb)
FINN-13_500_375
FINN-13_500_375 (165 kb)
FINN_14_500_375
FINN_14_500_375 (164 kb)

STEP downloads

FINN_12_500_375
FINN_12_500_375 (416 kb)
FINN_13_500_375
FINN_13_500_375 (416 kb)
FINN_14_500_375
FINN_14_500_375 (416 kb)

US

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