Pulsar Receivers

Pulsar 9931 4 Wire Receiver 9931R-4F Single Channel Receiver, with F-connector

Pulsar 9931R-4F 318 MHz Single Channel 4-Wire Receiver with F-Connector

$74.95

Add to Wish List

Add To Cart

Pulsar 831S 831S110 Receiver, 110V, 318Mhz, Open Close Stop Commercial Openers

Pulsar 831S110 110V 318 MHz Open Close Stop Commercial Receiver

$164.70

Add to Wish List

Add To Cart

Pulsar 831 831R24 Receiver, 24V, 318Mhz, Open Close Stop Commercial Openers

Pulsar 831R24 24V 318 MHz Open Close Stop Commercial Receiver

$164.70

Add to Wish List

Add To Cart

Pulsar 9931-2 Receiver and 2 Remote Control Transmitter Set for Gates or Garage

Pulsar 9931-2 318 MHz Receiver and Two Transmitter Set

$123.60

Add to Wish List

Add To Cart

Pulsar 9931-1 Receiver and Remote Control Transmitter Set for Gates or Garage

Pulsar 9931-1SET 318 MHz Receiver and Transmitter Set, 9 Dip Switch

$92.28

Add to Wish List

Add To Cart

Pulsar 831RE Receiver Gate / Garage Door Opener Receiver 318Mhz Open/Close/Stop

Pulsar 831RE 318 MHz Economy Open/Close/Stop Receiver, 24 VAC/DC

$107.88

Add to Wish List

Add To Cart

Pulsar 9931R Receiver Gate Garage Door Opener Receiver 318MHz 24VAC/DC 9 Dip

Pulsar 9931R 318 MHz Single-Channel Receiver, 24 VAC/DC, 9 Dip Switch

$60.90

Add to Wish List

Add To Cart

Frequently Asked Questions : Pulsar Receivers

Q1: What is the primary function of a Pulsar receiver?

A1: A Pulsar receiver is a radio frequency device designed to capture signals from compatible wireless transmitters. It interprets these digital or analog signals to trigger a relay, which then signals an automated gate or garage door operator to cycle.

Q2: What frequency do Pulsar receivers typically utilize?

A2: Most Pulsar receivers operate on a 318 MHz radio frequency. It is essential to ensure that all paired transmitters and access devices match this specific frequency to achieve successful communication and signal processing.

Q3: Are Pulsar receivers compatible with other operator brands?

A3: Pulsar receivers often feature universal dry contact relay outputs, allowing them to interface with a wide variety of third-party gate and garage door operators. Compatibility depends on matching the electrical requirements of the operator's logic board.

Q4: What is the difference between Pulsar and Multi-Code receivers?

A4: Pulsar and Multi-Code systems often share the 318 MHz frequency and utilized similar dip-switch coding formats. However, internal hardware configurations can vary, so the manufacturer's technical documentation should be consulted to verify cross-brand compatibility.

Q5: How is a transmitter programmed to a Pulsar receiver?

A5: Programming typically involves matching a sequence of internal dip switches on both the transmitter and the receiver to an identical "on/off" pattern. Some newer models may utilize a learn button; refer to the manufacturer's manual for specific instructions.

Q6: What power source is required for a Pulsar receiver?

A6: These receivers generally operate on low-voltage power, typically 12V or 24V AC/DC, sourced from the gate operatorâ€™s accessory power terminals. Applying incorrect voltage can result in immediate failure of the internal circuit board.

Q7: What is the benefit of a multi-channel Pulsar receiver?

A7: A multi-channel receiver can independently control two or more distinct functions or operators from a single unit. This allows for the separate management of multiple gates or the integration of auxiliary devices like outdoor lighting.

Q8: How does the antenna affect Pulsar receiver performance?

A8: The antenna is responsible for capturing the radio frequency signal; proper extension and orientation are required to maximize range. Physical obstructions and electromagnetic interference from nearby electronics can significantly reduce the operational distance.

Q9: What routine maintenance is recommended for Pulsar receivers?

A9: Maintenance involves periodically inspecting the wiring terminals for corrosion and ensuring the enclosure is free of debris or insect intrusion. For internal electronic diagnostics or hardware testing, consult the technical manual or hire a local qualified professional.

Q10: What should be done if the receiver fails to activate the operator?

A10: Signal failure can be caused by localized radio interference, mismatched dip-switch settings, or a disruption in the power supply. For advanced troubleshooting or electrical repairs, refer to the manufacturer's technical manual or hire a local qualified professional.

Pulsar Receivers

Products [7]

Frequently Asked Questions : Pulsar Receivers

Q1: What is the primary function of a Pulsar receiver?

Q2: What frequency do Pulsar receivers typically utilize?

Q3: Are Pulsar receivers compatible with other operator brands?

Q4: What is the difference between Pulsar and Multi-Code receivers?

Q5: How is a transmitter programmed to a Pulsar receiver?

Q6: What power source is required for a Pulsar receiver?

Q7: What is the benefit of a multi-channel Pulsar receiver?

Q8: How does the antenna affect Pulsar receiver performance?

Q9: What routine maintenance is recommended for Pulsar receivers?

Q10: What should be done if the receiver fails to activate the operator?