Skip to main content

Cookie preferences

This website currently uses only necessary cookies and comparable techniques. No analytics, advertising or tracking cookies are placed, so there is nothing to choose.

Read the cookie statement

Belko

The right connection for every application.

Need help finding the right solution? Talk to a specialist

Our products

4 results for “L01001B” · Sorted by relevance

4 results for “L01001B”
Active filters“L01001B”

  • L01001B0001 RG-59 Coaxial Cable, 75 Ohm

    Telegaertner

    L01001B0001 RG-59 Coaxial Cable, 75 Ohm

    L01001B0001

    RG-59 coaxial cable with 75 Ohm impedance and PVC cable sheath. The cable is supplied as a 100±1 m ring.

    Manufacturer
    Telegaertner
    Manufacturer part number
    L01001B0001
    EAN
    4018359381240

    View product

  • Telegaertner L01001B0006 RG-400 Coax Cable Ring, 25±0.5 m

    Telegaertner

    Telegaertner L01001B0006 RG-400 Coax Cable Ring, 25±0.5 m

    L01001B0006

    RG-400 coax cable supplied as a 25±0.5 m ring. It has 50 Ohm impedance, FEP cable sheath material and a cable sheath Ø of 4.95.

    Manufacturer
    Telegaertner
    Manufacturer part number
    L01001B0006
    EAN
    4018359381257

    View product

  • Telegaertner L01001B0007 RG-393 Coax Cable Ring

    Telegaertner

    Telegaertner L01001B0007 RG-393 Coax Cable Ring

    L01001B0007

    RG-393 coax cable ring with 25±0.5m length and FEP cable sheath. The cable has 50 Ohm impedance and attenuation of 34 db/100 m at 2 GHz.

    Manufacturer
    Telegaertner
    Type
    RG-393
    Cable length
    25±0.5m

    View product

  • Telegaertner L01001B0011 RG-59 ZH Coax Cable

    Telegaertner

    Telegaertner L01001B0011 RG-59 ZH Coax Cable

    L01001B0011

    RG-59 ZH coax cable with 75 Ohm impedance. It has LSZH sheath material, 6.1 cable sheath Ø and a 100 m ring length.

    Manufacturer
    Telegaertner
    Manufacturer part number
    L01001B0011
    EAN
    4018359509668

    View product

Engineering support

Specs alone don't always tell the whole story.

Two connectors can carry the same rating and behave differently in your machine. Interference, sealing, routing, mechanical stress, temperature and how the connection is assembled all decide whether the choice holds — and none of them are on a datasheet.

You get a named contact rather than a ticket.

What decides the choice

  • 01Interference and EMC
  • 02Environment and sealing
  • 03Routing and movement
  • 04Mechanical stress and vibration
  • 05Temperature
  • 06Assembly and termination