BEC Regulators, Switches

The DPS 40 (twin electronic switch) and SPS 20 (single electronic switch) are electronic switches mainly meant to switch supply voltages of receivers / servos, regulators, fuel pumps or similar equipment. A big advantage of electronic switches in comparison to mechanical ones is in general their higher reliability as far as vibration resistance is concerned. Another advantage of the electronic switch is given by its practical ability to withstand an unlimited number of switching cycles.

DSM 10 is an electronic switch for switching of two receiver batteries which are connected to one receiver. The product also includes a receiver current supply switch. Batteries that are connected to the inputs of the DSM 10 are permanently measured and connected with the aid of a hysteresis comparator either both to the output, or one of both batteries with the higher voltage only.

The DSM 10 exit consists of a MPX connector which can be used for direct connection of the exit to the receiver. The MPX connector is a fixed part of Duplex receivers with the label EPC (External Power Connector), receivers R14 and R18.

DSM ESC is an electronic switch for powering receiver and servos. It combines the voltage output from either two electronic speed controllers (ESC), each with a BEC circuit or an ESC in combination with a receiver battery. The throttle signal from the receiver is supplied to both controllers simultaneously. The DSM ESC also includes a receiver power supply switch.

EnLink 2RS plus is a device for increasing safety and reliability of radio controled models to the highest level. Parallel connection of systems that are detached maximally leads to the significant increase in reliability. EnLink 2RS Plus is constructed especially for installing to systems with parallel sorting of two receivers in the model.

EnLink 2RS Plus is capable of merging the servo signals as well a PPM, UDI or EX Bus protocols. 

The switching voltage regulator HiCOPTER is supposed to act as a current supply for accessories in the XCopters. The switching voltage regulators HiCOPTER 12V make it possible to use wide range of input voltages from 4S up to 12S Li-XX cells.

The switching voltage regulator HiCOPTER is supposed to act as a current supply for accessories in the XCopters. The switching voltage regulators HiCOPTER 12V make it possible to use wide range of input voltages from 4S up to 12S Li-XX cells.

Increaser MPX male / 3x JR conector for MAX BEC 2. Conductor cross section 0.5 mm2.

Main Switch is an electronic switch designed primarily for switching of the main power supply for an RC model. It adds an element of safety when handling the model, without the need to physically disconnect the model´s batteries. A big advantage of electronic switches in comparison to mechanical switches is, in general, their higher reliability as far as vibration resistance is concerned. The Main Switch prevents the connectors from sparking when connecting the batteries, thus it can also replace Anti Spark plugs. 

Main Switch is an electronic switch designed primarily for switching of the main power supply for an RC model. It adds an element of safety when handling the model, without the need to physically disconnect the model´s batteries. A big advantage of electronic switches in comparison to mechanical switches is, in general, their higher reliability as far as vibration resistance is concerned. The Main Switch prevents the connectors from sparking when connecting the batteries, thus it can also replace Anti Spark plugs. 

Linear regulator MAX BEC is a sophisticated tool for regulating voltage in models which have a receiver and servos powered by 2 LiXX cells or 5-6 NiXX cells. Servo voltage is constant during the entire flight which results in smooth motion of the servos.

MAX BEC 2 is designed to power the receiver and servos in the model. MAX BEC 2 is a linear voltage stabilizer with an adjustable output voltage. The output voltage is set using a jumper and in one of four positions: 5.0V, 5.4V, 5.7V or 6.0V. MAX BEC 2 can be powered using NiXX and Li–XX cells. MAX BEC also gives an indication of used capacity of the battery with four LED´s.

Manufactured according to very high European standards, the MAX BEC 2D plus EX is the latest dual input, linear voltage regulator from JETI. The Max BEC 2D Plus EX includes a magnetic switch, so there is no mechanical wear-and-tear from switching the unit on and off.

The MAX BEC 2D plus EX supports on / off via RC Switch. It can be easily installed.

The switching voltage regulator SBEC is supposed to act as a current supply for receivers and servos. It makes possible to use a wide range of input voltages from 2S up to 10S Li-XX cells. Setup of the output voltage between 5 and 8V is accomplished by a shorting plug jumper. This implies that the SBEC is also prepared for use with new „higher“ voltage servos. The SBEC is due to its maximum current of 12A suitable for medium and larger models.

The switching voltage regulator SBEC 30D EX is supposed to function as a current supply for receivers and servos. It enables to use a wide range of input voltages from 2S up to 15S Li-XX cells. Setup of the output voltage between 5 and 8.4V is accomplished in the JETI transmitter via EX Bus connection or through JETIBOX. This implies that the SBEC is also prepared for use with new "higher" voltage servos. The SBEC 30D is suitable for medium and larger model due to its maximum current of 30A.

The switching voltage regulator SBEC is supposed to function as a current supply for receivers and servos. It enables to use a wide range of input voltages from 3S up to 12S Li-XX cells. Setup of the output voltage between 5 and 8V is accomplished by a shorting plug jumper. This implies that the SBEC is also prepared for use with new „higher“ voltage servos. The SBEC is suitable for medium and larger model due to its maximum current of 40A.

SingleBEC is a linear regulator to provide power for a standard servo with a maximum input voltage of 6V. The SingleBEC can also be used to provide power for the control units of helicopters or multi-rotor aircraft.  

The switch SP 06 has been specifically designed for switching purposes of auxiliary functions, such as on board glow plug heating systems and miscellaneous lighting systems etc. in model airplanes, model ships and model cars. The switched loads can be of ohmic, inductive or capacitive character. The switching moment is signalled by a LED.

The switch SP 06 opto has been specifically designed for switching purposes of auxiliary functions, such as on board glow plug heating systems and miscellaneous lighting systems etc. in model airplanes, model ships, and model cars. The switched loads can be of ohmic, inductive or capacitive character. The switching moment is signalled by  a LED.

The DPS 40 (twin electronic switch) and SPS 20 (single electronic switch) are electronic switches mainly meant to switch supply voltages of receivers / servos, regulators, fuel pumps or similar equipment. A big advantage of electronic switches in comparison to mechanical ones is in general their higher reliability as far as vibration resistance is concerned. Another advantage of the electronic switch is given by its practical ability to withstand an unlimited number of switching cycles.

The Expander SW4 is an extension for magnetic and RC switches and is designed for switching multiple devices simultaneously. The JETI model company produces a wide range of devices that can be switched by magnetic switch or RC switch. The Expander SW4 allows you to combine the switching duties so that several devices can be controlled using one only element. Furthermore, some outputs are optically isolated to prevent interference. This makes it is possible to isolate control of devices which may be sensitive to electric interference.