Transmitter Solutions RECTSNANO318-GDO 318 MHz Garage Door Receiver Compatibility Details
The Transmitter Solutions RECTSNANO318-GDO is a HIVE Nano 318 MHz 1-channel receiver catalog configuration identified for garage door and Linear MegaCode compatible applications. The Nano receiver is a compact stand-alone radio receiver designed to control compatible automatic closing systems through one Common and Normally Open relay output.
Current Transmitter Solutions documentation identifies the broader receiver family as RECTSNANO and confirms a 318 MHz version with 44-memory capacity. The current HIVE Nano cut sheet also states that a garage door model is available. The exact RECTSNANO318-GDO suffix is not separately detailed on the current public manufacturer page, so verify the physical receiver label when replacing an existing receiver.
What the RECTSNANO318-GDO Receiver Does
The receiver learns compatible 318 MHz transmitter codes and activates its single C-NO relay when an enrolled transmitter command is accepted. The relay may be connected to a compatible garage door operator or other automatic closing system that provides a documented dry-contact control input.
This receiver does not replace the garage door operator logic board, wall control, photo eyes, reversal system, or other required safety equipment. Connect the receiver only to the operator's documented radio, accessory, or dry-contact control input.
Verified 318 MHz HIVE Nano Receiver Details
- 318 MHz receiver version available
- 44-memory capacity for the 318 MHz Nano version
- 1-channel receiver
- 1 relay
- Common and Normally Open relay contacts
- 12-24 VAC/DC self-adjusting power
- Approximately 500 to 600 ft published range
- Compact approximately 2 x 1.25 x 0.75 in receiver size
- IP2X housing protection
- Garage door model available
44-Memory 318 MHz Receiver Capacity
The current Transmitter Solutions Nano receiver page specifically identifies the 318 MHz version with 44-memory capacity.
This is different from the 433 MHz and 868 MHz Nano versions, which the same manufacturer page identifies with 85-memory capacity.
Do not use an 85-user-code specification from the current 433 MHz Nano manual for RECTSNANO318-GDO. The manufacturer's current frequency-specific product page identifies 44 memory for the 318 MHz version.
Linear MegaCode Compatibility Requires Exact Receiver Confirmation
The supplied RECTSNANO318-GDO catalog description identifies the receiver as Linear MegaCode compatible. Transmitter Solutions separately documents Linear MegaCode compatibility on current 318 MHz receiver products, including HIVE318WSA and the 318 MHz side of HIVE-1000.
The current public HIVE Nano product page confirms a 318 MHz Nano receiver with 44 memory but does not separately state the radio protocol used by that 318 MHz Nano version. Exact public Linear MegaCode compatibility for RECTSNANO318-GDO could not be fully confirmed from the current Nano manual or cut sheet.
Verify the physical receiver label and existing transmitter model before ordering. Do not assume every 318 MHz Linear, DoorKing, or DIP-switch remote will operate the receiver simply because the frequency matches.
Current Manufacturer-Documented Linear Compatible 318 MHz Transmitter References
Transmitter Solutions currently documents the following 318 MHz LIP transmitter models with Linear compatibility references:
- Monarch 318LIPW1K-C - Linear ACT-31B and ACT-21B compatible
- Monarch 318LIPW2K-C - Linear ACT-22B compatible
- Monarch FLA318LIPW4K - Linear ACT-34B compatible
- Stingray 318LIPW1V - Linear MCT-1 and MDT-1 compatible
- Stingray 318LIPW2V - Linear MCT-2 and MDT-2 compatible
- LUNA TRALUN318LIPW1K-C - Linear ACT-31B and ACT-21B compatible
- LUNA TRALUN318LIPW4K-C - Linear ACT-34B compatible
These are manufacturer-documented compatibility references for the individual transmitter models. The current public Nano documentation does not directly list every transmitter above as a guaranteed RECTSNANO318-GDO pairing. Confirm the receiver label and transmitter protocol before ordering replacement remotes.
One-Channel C-NO Relay Output
The current HIVE Nano receiver specifications identify one relay with Common and Normally Open contacts.
The relay should be connected only to a garage door operator or other controller input documented for a compatible dry-contact command. Do not connect unknown mains voltage or an undocumented high-current load directly through the receiver.
The current Nano specifications list maximum applicable power of 24 VA. Verify the connected operator control input and receiver wiring before installation.
Garage Door Operator Compatibility Warning
A C-NO relay receiver is commonly used with garage door operators that provide a compatible momentary dry-contact control input. However, garage door opener generations can use different wall control and accessory circuits.
Do not connect RECTSNANO318-GDO directly across unidentified wall control terminals simply because the operator opens from a wall button. Some operators use digital or proprietary wall control communication.
Verify the exact garage door operator model, control board, and documented receiver or accessory input before wiring the Nano receiver.
12-24 VAC/DC Self-Adjusting Power
The current HIVE Nano receiver family documentation identifies a self-adjusting 12-24 VAC/DC power input.
- 12V consumption - 9 mA at rest and 26 mA with the relay activated
- 24V consumption - 9 mA at rest and 31 mA with the relay activated
Verify the operator accessory voltage before connecting receiver power. Do not connect mains voltage directly to the receiver.
Compact Indoor Receiver Application
The HIVE Nano receiver is designed for compact installations and is documented with IP2X housing protection.
IP2X is not an outdoor weatherproof rating. Install the receiver in a suitable protected location and do not expose it directly to rain, irrigation, or uncontrolled moisture.
Published Receiver Range
Current Transmitter Solutions Nano documentation advertises approximately 500 to 600 ft of receiver range.
Actual range depends on the transmitter, battery condition, receiver location, antenna orientation, surrounding metal, building construction, electrical interference, and site conditions.
A remote that only operates close to the garage door does not automatically mean the receiver is defective. Check the transmitter battery, remote condition, receiver power, antenna, receiver placement, and interference before replacing the receiver.
318 MHz Does Not Automatically Mean Compatible
Transmitter Solutions documents several different 318 MHz radio applications. Similar frequencies may use different protocols and should not be mixed without exact compatibility confirmation.
- Linear-compatible 318 MHz LIP transmitter applications
- DoorKing-compatible 318 MHz DOP transmitter applications
- 318 MHz DIP-switch transmitter applications
- Linear MegaCode receiver applications
Match the receiver part number, transmitter model, coding system, and radio protocol. Do not order a remote or receiver based only on the 318 MHz frequency.
Similar HIVE Receivers Are Not Automatically Interchangeable
- RECTSNANO318-GDO is identified as a 318 MHz Nano garage door receiver catalog configuration with 44-memory capacity.
- RECTSNANO433 and 433 MHz Nano configurations use an 85-user-code memory specification in current documentation.
- HIVE318WSA is a separate 318 MHz Linear MegaCode compatible programmable receiver with 1,000-user capacity and LCD programming.
- RECTSSELDR318MS is a separate indoor 318 MHz two-channel receiver configuration.
- RECTSWIE318-L is a 26-bit Wiegand receiver and does not provide the same stand-alone C-NO relay architecture.
- HIVE-1000 is a dual-frequency 318 MHz and 433 MHz Bluetooth-managed two-relay receiver.
Features and Specifications
| Feature | Specification |
| Brand | Transmitter Solutions |
| Catalog Part Number | RECTSNANO318-GDO |
| Current Manufacturer Family Reference | RECTSNANO |
| Product Type | 1-channel stand-alone garage door receiver configuration |
| Frequency | 318 MHz |
| Catalog Compatibility Description | Linear MegaCode compatible - verify exact receiver revision and transmitter protocol |
| Channels | 1 |
| Relay Count | 1 |
| Relay Contacts | C-NO |
| Maximum Applicable Power | 24 VA |
| 318 MHz Memory Capacity | 44 memory |
| Power Supply | 12-24 VAC/DC self-adjusting |
| 12V Current Consumption | 9 mA at rest; 26 mA with relay activated |
| 24V Current Consumption | 9 mA at rest; 31 mA with relay activated |
| Published Range | Approximately 500-600 ft |
| Housing Protection | IP2X |
| Operating Temperature | -4F to 158F |
| Dimensions | Approximately 2 x 1.25 x 0.75 in |
| Garage Door Model | Available in current HIVE Nano family documentation |
| Exact Public RECTSNANO318-GDO Manual | Not separately published - verify physical receiver label and revision |
Package Contents Require Confirmation
Current Transmitter Solutions Nano documentation does not provide a complete RECTSNANO318-GDO retail package inventory.
Do not assume a transmitter, external transformer, remote antenna kit, garage door wall control, or additional operator interface is included. Confirm the exact package contents and garage door receiver wiring configuration before ordering.
Technician Note
The main ordering mistake with RECTSNANO318-GDO is matching only "318 MHz." The current Nano page clearly supports a 318 MHz 44-memory receiver, but the Nano documentation does not separately print the Linear MegaCode protocol for this exact GDO SKU. Check the receiver label and remote model. Do not substitute a DoorKing-compatible DOP remote, a DIP-switch remote, or another 318 MHz receiver just because the frequency matches.
Before Ordering Checklist
- Verify the catalog part number RECTSNANO318-GDO.
- Check the physical receiver label and hardware revision.
- Confirm the receiver operates at 318 MHz.
- Identify the exact existing transmitter part number.
- Verify the transmitter protocol and Linear MegaCode requirement.
- Do not order a DoorKing-compatible or DIP-switch 318 MHz remote based only on frequency.
- Confirm the 44-memory receiver capacity is sufficient.
- Verify the garage door operator has a compatible dry-contact control input.
- Confirm the operator uses a Normally Open control command.
- Verify 12-24 VAC/DC low-voltage power is available.
- Check the receiver mounting environment and IP2X protection.
- Confirm the exact package contents and garage door wiring arrangement.
Installation and Service Notes
Verify the garage door operator control terminal requirements before connecting the Nano receiver relay. A dry-contact receiver should not automatically be connected across digital or proprietary wall control terminals.
For short-range problems, check the transmitter battery, transmitter condition, receiver power, antenna, mounting position, surrounding metal, and radio interference before replacing the receiver.
For unknown garage door control wiring, damaged low-voltage circuits, or operators with unclear accessory inputs, use a qualified garage door or low-voltage technician. Do not bypass photo eyes, door reversal systems, wall control safety functions, or other required operator safety circuits.
Product Questions and Answers
Does RECTSNANO318-GDO have 44-memory capacity?
Yes. Current Transmitter Solutions Nano receiver documentation specifically identifies the 318 MHz version with 44-memory capacity. The 433 MHz and 868 MHz Nano versions are separately listed with 85-memory capacity.
Is RECTSNANO318-GDO verified as Linear MegaCode compatible?
The supplied catalog description identifies RECTSNANO318-GDO as Linear MegaCode compatible. Current Transmitter Solutions documentation confirms the 318 MHz Nano receiver and separately documents Linear MegaCode on other 318 MHz HIVE receivers, but the current Nano page does not explicitly state the protocol for this exact GDO SKU. Verify the receiver and transmitter labels before ordering.
Will RECTSNANO318-GDO work with any 318 MHz garage door remote?
No. Matching 318 MHz frequency alone does not prove compatibility. Transmitter Solutions documents Linear-compatible, DoorKing-compatible, DIP-switch, and Linear MegaCode 318 MHz applications. Match the receiver and transmitter protocol before ordering.
What relay output does the HIVE Nano receiver provide?
Current HIVE Nano specifications identify one relay with Common and Normally Open contacts. Connect the relay only to a garage door operator or control system input documented for a compatible dry-contact command.
Can I connect RECTSNANO318-GDO directly to any garage door wall control terminals?
No. Some garage door opener generations use digital or proprietary wall control communication. Verify the exact operator model and documented radio, accessory, or dry-contact input before connecting the Nano receiver.
What power does RECTSNANO318-GDO require?
Current HIVE Nano receiver documentation identifies 12-24 VAC/DC self-adjusting power. Verify the garage door operator accessory voltage before connection and do not connect mains voltage directly to the receiver.
Is RECTSNANO318-GDO an outdoor receiver?
The current HIVE Nano receiver is documented with IP2X housing protection and should not be treated as a weatherproof outdoor receiver. Install it in a suitable protected location away from direct rain, irrigation, and uncontrolled moisture.
What should I verify before ordering Transmitter Solutions RECTSNANO318-GDO?
Verify the RECTSNANO318-GDO receiver label, 318 MHz frequency, exact transmitter model and protocol, Linear MegaCode requirement, 44-memory capacity, C-NO garage door control input, 12-24 VAC/DC power, mounting environment, and exact package contents.
