915MHz Multicode Series Receivers with Frequency Hopping

Designed and manufactured by Elsema, these receivers are perfectly suited for a variety of uses, from industrial to commercial settings, the Multicode Receivers delivers reliable performance even in demanding environments. Compatible with Multicode series of remotes.

MCR91501R

Output : 1 Relay
Supply : 12 – 24 Volts AC/DC

MCR91502R

Output : 2 Relays
Supply : 12 – 24 Volts AC/DC

MCR91502PT

Output : 2 Open Collector
Supply : 7 – 36 Volts DC

MCR91504

Output : 4 Relays
Supply : 12 – 24 Volts AC/DC

MCR91508R

Output : 8 Relays
Supply : 12 – 24 Volts AC/DC

MCR91508POS

Output : 8 Positive Switching
Supply : 12 – 24 Volts AC/DC

MCR91508SS

Output : 8 Open Collector
Supply : 12 – 24 Volts AC/DC

MCR91512R

Output : 12 Relays
Supply : 12 – 24 Volts AC/DC

MCR91516R

Output : 16 Relays
Supply : 12 – 24 Volts AC/DC

MCR91516SS

Output : 16 Open Collector
Supply : 12 – 24 Volts AC/DC

MCR 915MHz Multicode Receivers

The MCR series of receivers represents a significant advancement in the realm of remote control technology, offering a versatile range of options with 1 to 16 relay outputs to meet various needs. Designed for both commercial and industrial applications, the MCR series combines advanced features with affordability, making it an excellent choice for a wide range of environments.

A key highlight of the MCR series is its incorporation of frequency hopping technology, a sophisticated method that enhances the receiver’s performance by minimizing interference and jamming. Frequency hopping, a feature commonly found in high end and military grade equipment, allows multiple transmitters to operate in close proximity without disrupting each other. By integrating this advanced technology, Elsema has made it accessible in a cost effective receiver solution.

The MCR series stands out for its robustness and reliability, ensuring smooth operation even in environments with significant electronic noise. This makes it particularly well suited for industries where dependable communication and security are critical, such as manufacturing, warehousing, and logistics. The ability to prevent interference ensures seamless interaction between devices, thereby boosting operational efficiency and reliability.

Whether you require a receiver with a single relay output or a more complex model with up to 16 relay outputs, the MCR series provides a range of options to suit your specific requirements. Experience the perfect blend of cutting edge technology, reliability, and value with Elsema’s MCR series of receivers, and elevate your operational capabilities to new heights.

Learn more about wireless remote control communication, including its principles, applications, and advancements, in this detailed article.

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What is the MCR 915MHz series used for?

It is a family of Multicode receivers for industrial and commercial control that combines dual coding with frequency hopping to deliver secure interference-resistant links.

What channel options are available?

Models span from 1 to 16 channels with relay outputs, plus variants offering open collector and positive switching to fit different wiring needs.

Do MCR receivers use frequency hopping?

Yes, fast frequency hopping across the 915MHz band minimises interference and jamming, so multiple systems can work nearby without conflicts.

Which transmitters are compatible?

They pair with Elsema Multicode series transmitters to create a complete FHSS and MCT-based wireless control solution.

What supply voltages are supported?

Receivers are available for 12 to 24 Volts AC or DC and certain plug-in models support 7 to 36 Volts DC to match panel or embedded installations.

Are momentary and latching modes available?

Yes, output modes include momentary and latching, so channels can be set for pulse or maintained operation to suit the load.

How many remotes can be stored?

Storage is effectively unlimited, which lets large sites provision many handsets without running into capacity limits.

Do the receivers include anti-jamming security features?

Yes, FHSS combined with encrypted coding or 12-way dipswitch coding provides resilience against interference and unauthorized activation.

What typical applications do these suit?

Common uses include machinery control, gate and door automation, logistics equipment and general industrial remote switching, where reliability is critical.

Are antennas and accessories available?

Yes, receivers use an SMA antenna connection with matched 915MHz antennas offered for extended range and stable links.