BROMIC SMART-HEAT LINK Home Automation
Getting Started
- Bromic Smart-HeatTM Link device (for Bromic Part Numbers refer to the table on the next page)
- Bromic Heater controller (ON/OFF or Dimmer) supplied with pre-programmed paired remote control and
- Electrical hazard when connected to 240V AC
- Electrical connections exist and potential to damage the product
If incorrect polarity or a short circuit. - Wireless radiation emitted by this product
To Be Installed by an Electrician
You will need the following, ng supplied by others..
- A compatible Home Automation system with an RS232 communication port and an RS232 programming interface. Refer to your Home Automation dealer for assistance with compatibility on RS232 3rd-party integration.
- Power supply +5VDC (500mA)
- RS232 cable (DB9 Male to DB9 Female connector)
- PC with COM port or USB to RS232 convertor (note you need to install the USB drivers).
- Software installed on PC to read and send RS232 in hexadecimal codes, such as Docklight©..
Technical Specification
| Model | Â Bromic Smart-HeatTM Link |
| Part no. | Â For AU P/N:Â Â Â Â Â Â Â Â Â Â Â Â Â 2620279
For US/CA P/N:Â Â Â Â Â Â Â BH3130097 For EU P/N:Â Â Â Â Â Â Â Â Â Â Â Â Â BH3130098 |
| Power Supply | Â +5VDC |
| Carrier frequency | Â US/CA/AU 916 MHz, EU 868 MHz |
| Transmission Range to
Controller |
 30m or 100 feet |
| Working temperature |  -10°C to +55°C (14°F to 131°F) |
Installation Instruction
Setting Up
The integration process requires
- Access to the installation site with the controller and remote in working condition.
- Program the device using a PC (covered by this manual)
- Program the Home Automation System (by 3rd party integration).
- This instruction manual will detail the steps to program the device using a PC.
- Check the operation of the remote and controller before beginning. Refer to the instruction manual supplied with the controller.
- In this case, troubleshoot the controller and remote devices using the instruction manual supplied with the controller. The controller and paired remotes are pre-programmed with unique codes for each button operation.
STEP 1
Connection of devices
Wire the Bromic Smart-HeatTM Link to a 5VDC supply by connecting the RED (+) and BLACK (-) wires, ensuring correct polarity. 5VDC adaptor and RS232 cable/RS232 convertor are not supplied byBromic.
To Be Installed by Home Integrator
Connect the Bromic Smart-HeatTM Link DB9 to the PC via the COM port or to a USB to RX232 converter.
Check the connections before plugging in the power BROMIC SMART-HEAT LINK Home Automation supply and turning it on. If using a USB to RS232 convertor for the first time, install the USB driver by following the instructions supplied with the USB product.
Programming Instructions
STEP 2
Software Configuration: Configure the RS232 port with the following settings:
To start communication, open the COM port that appears (COM port 3 in the example).
STEP 3
Understanding the Bromic Smart-HeatTM Link protocol. The Bromic Smart-HeatTM Link can learn operations from up to 50 remotes, with each remote having 7 button operations/codes. (Each code is a button operation on the controller remote.)
STEP 4
Setting up the button codes in Docklight. The Smart-Heat Link device can operate up to 50 controllers using pre-program codes.
Follow the steps shown below.w
Click ok and repeat the process for all button commands.
STEP 5
Programming the controller
Ensure power is on to the Controller by checking the operation BROMIC SMART-HEAT LINK HomAutomation with the remote. Open the remote cover by inserting a screwdriver into the bottom recess left and right side tabs. Turn the screwdriver to release the cover and access the P3 button as shown below.
CODE STRUCTURE AND ADDITIONAL CODES The code structure for transmit codes is as listed below
| Button # | 7 Button
Function (Dimmer Controller) |
4 Button
Function (ON/OFF Controller) |
Transmit Code ID Location 2 | Transmit Code ID Location 3 | Transmit Code ID Location 4 |
| 1 | 1 -1 00% | 1 – Ch 1 ON | 540002000157 | 540003000158 | 540004000159 |
| 2 | 2 – 75% | 2 – CH 1 OFF | 540002000258 | 540003000259 | 54000400025A |
| 3 | 3 – 50% | 3 – CH 2 ON | 540002000359 | 54000300035A | 54000400035B |
| 4 | 4 – 25% | 4 – CH 2 OFF | 54000200045A | 54000300045B | 54000400045C |
| 5 | 5 – Dim up | Not used | 54000200055B | 54000300055C | 54000400055D |
| 6 | 6 – Dim Down | Not used | 54000200075D | 54000300075E | 54000400075F |
| 7 | 7 – On / Off | Not used | 54000200085E | 54000300085F | 540004000860 |
Installation of a Home Automation System
Refer to the Bromic Protocol additional code generation.
Troubleshooting
| Symptom | Cause | Resolution |
| Command noThehe device | He is not on | Check that the power to the device is ON
Check that the power to the controller is ON Check remote control operates the controller functions |
| The device is not plugged into the RS232 | Check the RS232 connection working with the PC first, then debug the RS232 on the Home automation system. | |
| Device transmission out of range | Move the device within 30m of the controller or check for radio interference from other devices. | |
| Command has not been learned | Check remote function with the controller
Check remote code matches transmit code (as seen in image below) and if not reprogram |
|
| Debug the transmission and receive commands using a RS232 transmission debugger and check for error codes | ||
| Check for correct use of command protocols and checksum calculation | ||
| Docklight returns ‘FF’ | Device is not on | Check device is plugged into a power supply
Check power to device is ON Restart Docklight |
| ‘Windows Error
#5 – Access Denied’ |
RS232 connection from the device is lost | Check device RS232 is plugged in
Check the RS232 connection working with the PC first, then debug the RS2332 on the Home automation system. |
The transmit code location ID (500 => 01 F4) does not match the received code location ID..
(201 => 00 C9) signifying that the button/command was not learned.
Customer Service
- Visit: www.bromic.com
- Technical support: www.bromic.com/us/out-
FAQs
Q: What is the Bromic Smart-Heat Link?
Ans: An interface device called the Bromic Smart-Heat Link makes it possible to easily incorporate Bromic outdoor heaters into home automation systems. Depending on the capabilities of your home automation platform, it allows for intelligent control over heater functions like on/off and changing heat output.
Q: Can I install the Smart-Heat Link myself if I’m tech-savvy?
Ans: Access to proprietary software tools that are only available to certified dealers or installers is frequently necessary for automation integration.
Q: Is the Smart-Heat Link compatible with all Bromic heaters?
Access to proprietary software tools that are only available to certified dealers or installers is frequently necessary for automation integration.
Q: Do I need internet or Wi-Fi for it to work?
Ans: No. Depending on your automation system, the Smart-Heat Link functions via wired connections (such as RS232, RS485, or relay contact closure).
Q: Can I control multiple heaters with one Smart-Heat Link?
Ans: Zoned control, which enables you to group heaters and manage them separately, is feasible in certain situations. To determine the best course of action, consult your automation integrator.
 Q: Is there a mobile app to control the Smart-Heat Link directly?
Ans: No, there isn’t an app specifically for the Smart-Heat Link.