Presentation of the PROEM RR2C4ACS superheterodyne receiver The PROEM RR2C4ACS receiver is a direct conversion receiver: it is a receiver intended for short waves. Its conversion will be done through a simple change of frequency. Its coding system is the Rolling code, the famous rotating code, which will offer you a high security coding system. The Rolling code system is based on a precise algorithm, which allows the code sent from the transmitter to your receiver to be unique, non-clonable. This coding system will provide your engine with an invulnerable system. Thanks to this system, your engine will become impossible to hack, and the risks of theft and burglaries will be significantly reduced. The Rolling code system of the PROEM RR2C4ACS receiver has AM/ASK type demodulation. The PRO EM brand is behind the creation, innovation and manufacturing of the PROEM RR2C4ACS receiver. PRO EM is a famous brand recognized for its unique know-how, coming from quality materials and products, complying with European directives and the EN 60065 standard. For all PRO EM brand receivers, you have the possibility of integrate into the EEPROM a serial number, a manufacturing key, as well as the synchronized algorithm of other transmitters. PRO EM offers a 24 month warranty, from the date of manufacture. This warranty will cover all technical problems linked to operating defects, a manufacturing defect, or a problem linked to one of the parts of your receiver. It will not take into account problems related to your receiver case. Compatibility of the PROEM RR2C4ACS receiver With this receiver, you will be able to operate the following “transmitter” remote controls: PROEM ER2C4ACS PROEM ER4C4ACS The PROEM ER2C4ACS remote control is a 2 relay remote control and the PROEM ER4C4ACS remote control is a 4 relay remote control. They are both available on our site. How to memorize a new transmitter? In order to program a new transmitter to your PROEM RR2C4ACS receiver in optimal conditions, you will need to carefully follow the following protocol: 1st step: Select the contactor you wish to program: green (PV) or red (PR) 2nd step: Push the chosen contactor for 2 seconds, until the LED lights up 3rd step: Immediately press the desired key on the transmitter to be able to save it in the memory of your receiver. The LED should flash and the relay should switch Technical characteristics Thanks to this receiver, you can benefit from a memory that can contain up to 100 transmitter codes. Programming the receiver will be done via the transmitter memory: you will be able to program your receiver using its push buttons. The PROEM RR2C4ACS receiver has 2 contacts of type 1NO for one and 1NO or NC for the other. It operates via a frequency support of 433.92 MHz and boasts an intermediate frequency of 10.7 MHz. Its power supply is 12/24 Vac/dc. Your receiver will require use in temperatures ranging from -20°C to 70°C. If you exceed these temperatures, your receiver could be seriously damaged. You can find other technical characteristics of the PROEM RR2C4ACS receiver in the additional information Design, dimensions and weight The PROEM RR2C4ACS receiver has dimensions of 105 x 45 x 28 mm and a weight of 65g. Its dimensions and weight make it a receiver optimized for easy, quick and stress-free installation. Its case is white in color and is transparent. Why get the PROEM RR2C4ACS radio receiver on our site? If you choose to order the PROEM RR2C4ACS receiver on alloremotecontrol.com, you are making the right choice. Firstly, we offer you the option to extend the warranty to an additional 1 year, which gives you 3 years of warranty for the PROEM RR2C4ACS receiver. Then, if you wish to order the transmitter compatible with this receiver, you can benefit from free delivery for the purchase of two or more remote controls: you can order both compatible remote controls with 2 and 4 relays, or two identical remote controls in order to have a spare. As soon as you purchase your receiver, we offer you its test batteries, as well as the manufacturer’s instructions, for optimal programming. If you have any questions about our guarantees, we advise you to go to our General Terms and Conditions section.