> For the complete documentation index, see [llms.txt](https://vesta-guide.gitbook.io/vesta-guide/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://vesta-guide.gitbook.io/vesta-guide/vesta-219.md).
# VESTA-219
HR-8-F1
## Hybrid Receiver
## IDENTIFYING THE PARTS
Front View
Side View
* Pin 1 & 2 provide constant DC 12V input
* Pin 1 is (+) polarity
* Pin 2 is (–) polarity, Ground
* Pin 3 provides DC 12V tamper output
* Connect a wired device; it will activate when HR receives a tamper signal from learned sensors.
* **SW3** must be set to **ON** to include tamper as Fault output.
* Pin 4 & 5 provide an Alarm relay output
* Connect a wired device; it will activate when HR receives an alarm signal from learned sensors.
* SW4 selects Alarm relay behavior: Normally Closed (N.C.) or Normally Open (N.O.). See SW4 section.
* Pin 6 & 7 provide a Fault relay output
* Connect a wired device; it will activate when HR receives a fault signal from learned sensors.
* Fault relay is always N.C. (Normally Closed). Fault signals include Low Battery and Supervision Failure (>4 hrs).
* SW2 must be ON to enable Supervision.
Notes:
* Tamper types include Tamper Open. (SW3 = ON to include tamper as Fault output.)
### FUNCTION SWITCH BLOCK
Open the protective cover to access a block of 6 DIP switches (marked 1–6 left to right). DIP Switch Top position = ON. Bottom = OFF.
| Switch | Function | ON | OFF |
| ------ | ----------------------------------- | --------------- | ---------------- |
| SW1 | Learning Device | Learning Mode | Normal Operation |
| SW2 | Supervision | Enable | Disable |
| SW3 | Tamper Fault Output | Tamper included | Tamper excluded |
| SW4 | Alarm Relay Operation | Normal Close | Normal Open |
| SW5 | Relay Output Type | Latch | Pulse |
| SW6 | Test mode / Clear LED Fault Display | In Test Mode | Normal Mode |
Image (switch block):
#### SW1 — Learning Mode
* When SW1 = ON, LED flashes every second (learning mode).
* If an RF signal is received from a device already learned, HR emits one long beep. See "Learn-in device" section.
#### SW2 — Supervision
* Enable/disable supervision.
* If enabled (ON), lack of supervision signal from a supervised sensor (IR/SD/DC/WS) for >4 hours triggers Fault relay (Pin 6 & 7).
#### SW3 — Include Tamper as Fault
* SW3 = ON:
* PIN 3 (DC 12V tamper output): exports 12V when tamper is received; returns 0V when restored.
* PIN 6 & 7 (fault relay): activate on tamper according to SW5 (Latch/Pulse).
* SW3 = OFF:
* PIN 3 always 0V on tamper.
* PIN 6 & 7 will NOT activate on tamper.
#### SW4 — Alarm Relay NO / NC
* SW4 = ON: Alarm relay in Normal Close (loop opens when alarm occurs).
* SW4 = OFF: Alarm relay in Normal Open (loop closes when alarm occurs).
* Fault relay is always N.C. and cannot be changed.
#### SW5 — Relay Output Type
* LATCH — alarm/fault relay remains activated until condition is restored.
* PULSE — relay gives a 3-second pulse on activation.
* Note: If alarm signal comes from an IR sensor, the relay activates as Pulse only.
Alarm & Fault examples (summary)
* Alarm outputs (Pin 4 & 5): Door Contact open, Smoke Detector trigger, Panic/WTR/RC buttons, Water detected — activate; restored when conditions clear.
* Fault outputs (Pin 6 & 7): Low battery, Supervision Failure (>4 hrs), Tamper (if SW3=ON) — activate; restored when conditions clear.
#### SW6 — Test Mode / Clear LED Fault Display
* SW6 = ON: enter Test Mode. LED flashes every 2 seconds. HR beeps 2s on each sensor signal.
* SW6 can also clear LED flash caused by fault: toggle ON then OFF to stop LED flashing. (This clears LED indicator only, not the underlying fault.)
***
## LEARN-IN DEVICES
The HR can learn up to 10 devices: PIR (IR), Smoke Detector (SD), Door Contact (DC), Water Sensor (WS), Panic Button (PB), Wrist Transmitter (WTR), Remote Control (RC).
Use the stepper below to learn devices:
{% stepper %}
{% step %}
### Step 1 — Power up
Supply 12V DC to PIN 1 & 2.
* LED will turn steady on, then HR will emit a 1-second beep.
* LED stays on in normal mode.
{% endstep %}
{% step %}
### Step 2 — Enter Learn-in Mode
Use a sharp object to slide SW1 to ON (top).
* LED flashes rapidly once per second.
{% endstep %}
{% step %}
### Step 3 — Send learn/test from the device
Press the device's test/learn button.
* HR emits a short beep after the sensor is learned-in.
* A long beep indicates the device was previously learned-in.
{% endstep %}
{% step %}
### Step 4 — Repeat
Repeat Step 3 to learn additional devices (one device at a time).
{% endstep %}
{% step %}
### Step 5 — Exit Learn-in Mode
Slide SW1 to OFF (bottom) using a sharp object.
* LED stays on (normal operation).
* If 10 devices are learned, HR will warn until SW1 is switched OFF.
* Only one device can be learned at a time to prevent faulty signaling.
{% endstep %}
{% endstepper %}
***
## TEST MODE
Use Test Mode to verify device placement and reception.
{% stepper %}
{% step %}
### Enter Test Mode
Slide SW6 to ON. LED flashes every 2 seconds.
{% endstep %}
{% step %}
### Test a device
Hold the device in the desired location and press its test/learn button.
* HR emits a 2-second beep on receiving the sensor signal.
{% endstep %}
{% step %}
### Repeat
Repeat for other locations/devices as needed.
{% endstep %}
{% step %}
### Exit Test Mode
Slide SW6 to OFF to return to normal operation.
{% endstep %}
{% endstepper %}
***
## NORMAL OPERATION
* LED steady ON indicates normal operation.
* When an alarm signal is received, Alarm relay (Pin 4 & 5) activates according to SW5 (Pulse or Latch).
* When a fault signal is received, Fault relay (Pin 6 & 7) activates according to SW5.
* Supervised sensors (PIR/SD/DC/WS) send supervision signals every 20–60 minutes (random). If missing >4 hrs and SW2 = ON, HR activates Fault relay.
* Tamper on PIR or DC (if SW3 = ON) causes PIN 3 to export 12V and Fault relay activation (Pin 6 & 7) per SW5.
* LED fault flash patterns:
* Low Battery: 1 quick flash
* Tamper: 2 quick flashes
* Supervision: 3 quick flashes
Notes:
* To display multiple statuses, LED cycles codes at 1-second intervals.
* To clear LED fault display: Slide SW6 to ON, then back to OFF (this clears LED only, not the underlying fault).
When HR receives a test code from IR/SD/DC/WS, it beeps and flashes LED once.
***
## CLEAR DEVICE (Clear All Learned Devices)
This erases all learned sensors. After clearing, all devices must be re-learned.
{% stepper %}
{% step %}
### Step 1 — Remove power
Disconnect HR power supply.
{% endstep %}
{% step %}
### Step 2 — Set all switches to ON
Slide all DIP switches to ON (top).
{% endstep %}
{% step %}
### Step 3 — Reconnect power
Reconnect HR power.
{% endstep %}
{% step %}
### Step 4 — Confirm LED
LED will turn steady on.
{% endstep %}
{% step %}
### Step 5 — Restore switches to OFF
Slide all switches back to OFF (bottom). HR returns to Normal Operation Mode with 1-second beep and LED stays on — clearance successful.
{% endstep %}
{% endstepper %}
***
Hints and notes:
{% hint style="info" %}
* SW2 must be ON to enable Supervision.
* SW3 must be ON to include tamper as a Fault output.
* SW6 toggled ON→OFF clears LED flash but does not clear the underlying fault condition.
{% endhint %}
If you want any section expanded into an FAQ (expandable blocks), or need the wiring diagram or relay pinouts reformatted as cards or a table for quick reference, tell me which parts you want changed.