1/2" Heliax

Please email rfq@rfparts.com for your requirements.  

Sold by the foot - Minimum Order 5 Feet

• Inner conductor 
Material:  copper clad aluminum
Diameter, in (mm):  0.189 (4.8)
• Dielectric
Material: gas-injected cellular polyethylene
Diameter, in (mm): 0.488 (12.4)
• Outer conductor
Material:  corrugated copper tube
Diameter, in (mm): 0.543 (13.8)
• Outer sheath
Material: black polyethylene
Thickness, in (mm): 0.043 (1.1)
Diameter, in (mm): 0.630 (16.0)

MFR: Eupen
SKU: EC4-50
For more info, please see the data sheet on file.

Use this clamp to attach to a tower or plate for hanging cable or wire. See below for matching hardware and hanger clamps. 10 pieces per pack
MFR: Commscope / Andrew
SKU: 243684
Note: Use the following hardware
243095-9 Stainless Steel Hardware Kit for 1/2 in or 7/8 in Double Click-on Hangers, includes 3/8 in bolts and hardware, 1 Hanger Clamp (Rod is 3.75")
243095-5 Stainless Steel Hardware Kit for 1/2 in or 7/8 in Double Click-on Hangers, includes 3/8 in bolts and hardware, 2 Hanger Clamps (Rod is 5.5")
243095-1 Stainless Steel Hardware Kit for 1/2 in or 7/8 in Double Click-on Hangers, includes 3/8 in bolts and hardware, 3 Hanger Clamps (Rod is 7")
L4CLICK  Double Click-on Hanger for 1/2 in coaxial cable, Hanger Clamp (2 cable runs)
L5CLICKB Double Click-on Hanger for 7/8 in coaxial cable, Hanger Clamp (2 cable runs)

The LDF4-50A cable is designed for use in a variety of high-power applications where signal integrity is critical, such as in wireless communication systems, radio and television broadcasting, and satellite communication. It can handle frequencies of up to 2.5 GHz, and has a high power rating, making it ideal for use in high-power applications.

The LDF4-50A coaxial cable is a high-quality and reliable cable that offers excellent signal transmission and shielding properties. Its low-loss, high-power design makes it a popular choice for use in a wide range of applications where high-quality signal transmission is essential.

Jacket Material: PE
Outer Conductor Material: Corrugated copper
Dielectric Material: Foam PE
Flexibility; Standard
Inner Conductor Material: Copperclad Aluminum Wire
Jacket Color: Black
Cable Impedance 50 ohm ±1 ohm

All HELIAX coaxial cables are jacketed for direct burial or
for corrosive environmental conditions. Standard jacketing
material is weather-resistant polyethylene suitable for use
in extreme climates.

MFR: CommScope® /  Andrew
SKU: LDF4-50A-50

The LDF4-50A cable is designed for use in a variety of high-power applications where signal integrity is critical, such as in wireless communication systems, radio and television broadcasting, and satellite communication. It can handle frequencies of up to 2.5 GHz, and has a high power rating, making it ideal for use in high-power applications.

The LDF4-50A coaxial cable is a high-quality and reliable cable that offers excellent signal transmission and shielding properties. Its low-loss, high-power design makes it a popular choice for use in a wide range of applications where high-quality signal transmission is essential.

Jacket Material: PE
Outer Conductor Material: Corrugated copper
Dielectric Material: Foam PE
Flexibility; Standard
Inner Conductor Material: Copperclad Aluminum Wire
Jacket Color: Black
Cable Impedance 50 ohm ±1 ohm

All HELIAX coaxial cables are jacketed for direct burial or
for corrosive environmental conditions. Standard jacketing
material is weather-resistant polyethylene suitable for use
in extreme climates.

MFR: CommScope® /  Andrew
SKU: LDF4-50A-100

31769-1 3/8" x 1" Hardware Kit w/Lockwasher & Nut, 10/Pkg, Kit for Standard Hangers, includes 3/8 in fillister head bolts and hardware (Nuts &; Lock Washers), 10 pcs/pak

• Includes F4PNMV2-HC installed on one end and one F4PNMV2-HC in package to be installed when cable is run

MFR: Andrew
SKU: CGDS241148A

LDF4-75  1/2" Heliax, 75 ohm NO LONGER AVAILABLE--SEE LMR^®600-75

Discontinued.  The closest substitute is the LMR^®600-75 cable. 

• Sold by the Foot
• Minimum order 10 feet

MFR: RFS Technologies, Inc.
SKU: SCF12-50J-P7