These stand-off insulators are made for indoor use. They are made of plastic material. The flange has three slotted holes permitting to align the insulator’s cap screw clamping to the direction of the antenna feed line. The cap screw clamping can take copper tubes up to 8 mm diameter. Due to their mechanical properties and the plastic material made of, the stand-off insulators type ST are virtually break-proof. • Easy mounting • No broken ceramics • No maintenance Specification Height Slotted holes Width of cap screw clamping Mounting flange and thermoplastics Cap screw clamping Shaft polyester Max. RF operating voltage ST 300: 20 kV ST 500: 50 kV Tightening torque for max. 1.2 Nm fixing screws Designation Order-Code STA = Rod Antenna K = Tilt SSB = internal feeding NDB = Non Directional Radio Beacon E = Receiving Rod Antenna TR = reinforced SSB/E = external feeding EAU = Transformer SE = Transmit Antenna PM/M = dark grey (similar to RAL 7000)

RH insulators are made of plastic bars with rectangular cross sections of 40 x 15 mm. They have 8.5 mm bore holes on both ends in order to take up standard 5/16“ shackles. The permissible stress effect on these insulators is max. 400 daN at 23° C. RH insulators are resistant to all marine environment, especially to mention the extreme resistance to tension crack. Even under tropical temperatures the resistance against chemicals includes inorganic acids up to a concentration of 20 % alkali, aqueous solutions of inorganic salts, organic acids as well as alcohols, aldehyde, ketone groups, ester,...

Abspannisolatoren / Strain Insulator Parts ListDesignationOrder-Code RHG 220 E 107-526 STA E EAU Rod Antenna K - Tilt SSB - internal feeding NDB = Non Directional Radio Beacon Receiving Rod Antenna TR - reinforced SSB/E - external feeding Transformer SE - Transmit Antenna PM/M - dark grey (similar

The lead-through insulator, series P, is especially designed for antenna installations on board of seagoing vessels. Insulation characteristics are at an optimum even under severe environmental conditions. Shipbuilding problems with regard to steel or light metal super-structures will not be encountered as the fastening flange of the insulator is made of thermoplastic material. Specification Insulator Lead-through axle Recommended mounting Antenna connection Transmitter connection Maximum RF operating voltage Dielectric constant Tangens delta Temperature stability water absorption Surface resistance...

This lead-through insulator is especially designed for antenna installations on board of seagoing vessels. Insulation characteristics are at an optimum even under severe environmental conditions. Specification Insulator Lead-through axle Recommended mounting Antenna connection Transmitter connection UV-resistant null water absorption brass preferably vertical clamp terminal 25 mm clamping cone for 0 6 mm copper tubing Maximum RF operating voltage Dielectric constant Tangens delta Temperature stability water absorption Surface resistance at 100 % relative humidity Weight EAU = Transformer SE = Transmit...

Bli tzschutzi solator / Ligh tning Protect ion Insul ator PB 500 The delivery scope of the insulator PB 500 involves all parts for the three different versions. Specification Antenna potential Dielectric constant Tangens delta Water absorption Surface resistance at 100 % relative humidity Wire clamp 6 - 20 mm2 for antenna lead Tightening torque for fixing screws (M10): max. 20 Nm Tapered cone M 10 x 6 for 6 mm copper tube Clamp terminal 25 mm2 Parts List Designation PB 500 Subject to changes of the technical data due to technological improvement. ELNA reserves the right to make changes in specifications...

This lead-in insulator has been carefully designed to meet severe environmental conditions as one will find on board of seagoing vessels. The P 502 is made of high quality plastic material with outstanding electrical data over a wide frequency range (ceramics change their electrical data due to the applied frequency). The insulating material is UV-resistant, it has null water absorption, and its surface may be damaged (e. g. scratches) without any reduction of the very high insulation value. Special features have been integrated into the design to prevent arcing to ground potential and to eliminate...

This lead-through insulator is especially designed for antenna installations on board of seagoing vessels. Insulation characteristics are at an optimum even under severe environmental conditions. Shipbuilding problems with regard to steel or light metal super-structures will not be encountered as the complete insulator body is made of high quality plastic material. Parts List Designation Order-Code p~202 e 189-012 - Subject to technical alterations - ELNA reserves the right to make changes in specifications without notice.

• Robust construction • Space saving installation • Different heights • Screwed or welded anchorage • Withstanding sea environment • Easy and fast tilting • Watertight base injection • Condensation protection • Detachable spindle assembly • Self-locking trapezoidal spindle worm In view of so many applications our manufacturing program covers a number of standard supports and tilts. This precis contains units for the following equipment: ELNA mast antennas with 5 m lower section (e.g. STA 115 C/MF/HF/E, STA 70 - 100 PM) ELNA mast antennas with 8 m lower section (e.g. STA 105 ... 140 PM, STA 105/120...

Standrohre, Kippvorrichtun gen / Suppor ting Pipes, Tilting Mechanis m TR + K/E may be fitted with through bores when necessary „TR ... / ... /B“ (please, refer to following pages, Alternative), e.g. with installations on concrete foundations or on board of ships with aluminum decks. The supports and the tilts are painted with rust preventing primer. All units can be treated with sandblasting and galvanization, or they can be made completely of stainless steel. The standard equipment is always provided for internal feeding (base injection), while the equipment for external feeding is indicated...