Rotary joint 2+0-75 is used to transmit high-frequency signal from the satellite antenna or any RF signal from the rotating part to the stationary part of the satellite antenna. In this case, the rotary joint is adapted for a 75 Ohm system. The rotary joint operates in the frequency band up to 2.2 GHz at the RF inputs CH1 and CH2. At the end of a coaxial cable, we can mount a SMA connector at the request of the customer.

Rotary joint is made according to the RoHS Directive.

1. Customers can choose any lengths of output coaxial cables (RG-179) with a maximum length of up to 3m.
   
   


2. Usually, a metal pipe is 50mm long, but it can be extended, if necessary, up to 100mm at the request of the customer.

Rotary joint is not designed to transmit radar signal!

Rotary joint 2+1-75 is used to transmit high-frequency signal from the satellite antenna or any RF signal from the rotating part to the stationary part of the satellite antenna. In this case, the rotary joint is adapted for a 75 Ohm system and a DC output for the transfer of 12V/12A. The rotary joint operates in the frequency band up to 2.2 GHz at the RF inputs CH1 and CH2. At the end of a coaxial cable, we can mount a F connector at the request of the customer.

Rotary joint is made according to the RoHS Directive.

1. Customers can choose any lengths of output coaxial cables (RG-179) with a maximum length of up to 3m.


2. Usually, a metal pipe is 50mm long, but it can be extended, if necessary, up to 100mm at the request of the customer.

Rotary joint is not designed to transmit radar signal!

Rotary joint 2+2-50 is used to transmit high-frequency signal from the satellite antenna or any RF signal from the rotating part to the stationary part of the satellite antenna. In this case, the rotary joint is adapted for a 50 Ohm system and a DC output for the transfer of +-12V/12A. The rotary joint operates in the frequency band up to 2.2 GHz at the RF inputs CH1 and CH2. At the end of a coaxial cable, we can mount a SMA connector at the request of the customer.

Rotary joint is made according to the RoHS Directive.

1. Customers can choose any lengths of output coaxial cables (RG-316) with a maximum length of up to 3m.


2. Usually, a metal pipe is 50mm long, but it can be extended, if necessary, up to 100mm at the request of the customer.

Rotary joint is not designed to transmit radar signal!

Rotary joint 2+2-75 is used to transmit high-frequency signal from the satellite antenna or any RF signal from the rotating part to the stationary part of the satellite antenna. In this case, the rotary joint is adapted for a 75 Ohm system and a DC output for the transfer of +-12V/12A. The rotary joint operates in the frequency band up to 2.2 GHz at the RF inputs CH1 and CH2. At the end of a coaxial cable, we can mount a SMA connector at the request of the customer.

Rotary joint is made according to the RoHS Directive.

1. Customers can choose any lengths of output coaxial cables (RG-179) and orange (+) or brown (-) wire AWG-28 with a maximum length of up to 3m.


2. Usually, a metal pipe is 50mm long, but it can be extended, if necessary, up to 100mm at the request of the customer.

Rotary joint is not designed to transmit radar signal!

Rotary joint 4+0-75 is used to transmit high-frequency signal from the satellite antenna or any RF signal from the rotating part to the stationary part of the satellite antenna. In this case, the rotary joint is adapted for a 75 Ohm system. The rotary joint operates in the frequency band up to 2.2 GHz at the RF inputs CH1, CH2, CH# and CH4. At the end of a coaxial cable, we can mount a F connector at the request of the customer.

Rotary joint is made according to the RoHS Directive.

1. Customers can choose any lengths of output coaxial cables (RG-179) with a maximum length of up to 3m.


2. Usually, a metal pipe is 50mm long, but it can be extended, if necessary, up to 100mm at the request of the customer.

Rotary joint is not designed to transmit radar signal!

Rotary joint 4+2-50 is used to transmit high-frequency signal from the satellite antenna or any RF signal from the rotating part to the stationary part of the satellite antenna. In this case, the rotary joint is adapted for a 50 Ohm system and a DC output for the transfer of 12V/12A. The rotary joint operates in the frequency band up to 2.2 GHz at the RF inputs CH1, CH2, CH3 and CH4 and outputs DC (+12V/2A) and DC (GND). At the end of a coaxial cable, we can mount a SMA connector at the request of the customer.

Rotary joint is made according to the RoHS Directive.

• Customers can choose any lengths of output coaxial cables (RG-316) with a maximum length of up to 3m.


• Usually, a metal pipe is 50mm long, but it can be extended, if necessary, up to 100mm at the request of the customer.

Rotary joint is not design to transmit radar signal!

Rotary joint 4+2-75 is used to transmit high-frequency signal from the satellite antenna or any RF signal from the rotating part to the stationary part of the satellite antenna. In this case, the rotary joint is adapted for a 75 Ohm system and a DC output for the transfer of 12V/12A. The rotary joint operates in the frequency band up to 2.2 GHz at the RF inputs CH1, CH2, CH3 and CH4 and outputs DC (+12V/2A) and DC (GND). At the end of a coaxial cable, we can mount a SMA connector at the request of the customer.

Rotary joint is made according to the RoHS Directive.

1. Customers can choose any lengths of output coaxial cables (RG-179) with a maximum length of up to 3m.


2. Usually, a metal pipe is 50mm long, but it can be extended, if necessary, up to 100mm at the request of the customer.

Rotary joint is not design to transmit radar signal!