The ANWETECH AT-SH-T01 is a portable two-in-one testing tool designed for functional testing of point-type smoke and heat detectors.
It combines electronic aerosol smoke generation, flameless heat testing, automatic obstacle sensing and a 3.5 m telescopic extension pole in one portable testing kit.
The AT-SH-T01 Automatic Telescopic Smoke and Heat Detector Tester is designed for installation inspection, commissioning, routine maintenance and functional testing of point-type fire detectors.
The tester integrates smoke testing and heat testing functions into a single portable device. It can be used for testing smoke detectors and heat detectors installed at elevated positions without requiring ladders or scaffolding in most normal installation environments.
For smoke detector testing, the tester uses electronic atomization technology with environmentally friendly smoke test liquid. Compared with traditional incense-stick testing, it does not produce ash or oily smoke residue, helping reduce contamination inside the smoke detector chamber.
For heat detector testing, the tester uses an electronic heating element capable of producing an outlet temperature above 90°C. The heating process does not require an open flame or replaceable fuel.
The tester is supplied with a telescopic extension pole and a protective aluminum carrying case for convenient storage, transportation and on-site operation.
Combines smoke detector testing and heat detector testing in one portable device.
The sensor automatically detects when the tester head approaches a detector and starts the selected testing function.
The mode selector provides three operating positions:
Uses electronically atomized smoke test liquid without producing ash or traditional incense residue.
The electronic heating element provides an outlet temperature above 90°C without an open flame.
The extension pole allows technicians to test detectors installed on ceilings and other elevated locations.
The 10 ml transparent liquid container allows the operator to observe the remaining smoke test liquid.
Equipped with a DC 7.4 V, 2200 mAh rechargeable battery.
Supplied in an aluminum alloy carrying case with internal protective foam for transportation and storage.
The self-locking switch allows continuous operation during testing and helps prevent accidental activation during storage.
Replacement accessories may include:
Availability should be confirmed before ordering.
| No. | Item | Quantity |
|---|---|---|
| 1 | Smoke and heat tester head | 1 pc |
| 2 | Telescopic extension pole set | 1 set |
| 3 | Battery charger | 1 pc |
| 4 | Filling syringe | 1 pc |
| 5 | Smoke test liquid bottle | 1 bottle |
| 6 | Hex wrench | 1 pc |
| 7 | User manual | 1 pc |
| 8 | Certificate of conformity | 1 pc |
| 9 | Warranty card | 1 pc |
| 10 | Aluminum carrying case | 1 pc |
| Parameter | Specification |
|---|---|
| Product Name | Automatic Telescopic 2-in-1 Smoke and Heat Detector Tester |
| Model | AT-SH-T01 |
| Testing Functions | Smoke detector testing and heat detector testing |
| Operating Modes | Smoke, air blowing and heat |
| Battery Voltage | DC 7.4 V |
| Battery Capacity | 2200 mAh |
| Charger Output | DC 8.4 V, 1000 mA |
| Smoke Test Capacity | More than 480 tests |
| Smoke Source | Environmentally friendly atomized smoke test liquid |
| Smoke Liquid Container | Approximately 10 ml |
| Heat Test Capacity | More than 300 tests |
| Heat Source | Electronic heating element |
| Heat Outlet Temperature | Above 90°C |
| Standard Working Length | 3.5 m |
| Start Method | Automatic sensing and manual self-locking switch |
| Package Dimensions | 640 × 240 × 110 mm |
| Carrying Case | Aluminum alloy carrying case |
| Applicable Environment | General non-explosion-proof locations |
| Recommended Detector Types | Point-type smoke detectors and point-type heat detectors |
The AT-SH-T01 is a standalone detector testing device.
It does not require wiring to a fire alarm control panel and does not provide alarm relay outputs.
The tester is powered by its internal rechargeable battery. During testing, the technician should observe whether the detector activates and whether the connected fire alarm control panel correctly receives the alarm signal.
| Item | Specification |
|---|---|
| Internal Battery | DC 7.4 V, 2200 mAh |
| Charger Output | DC 8.4 V, 1000 mA |
| Control Panel Wiring | Not required |
| Relay Output | Not available |
| External Power During Testing | Not required after charging |
The AT-SH-T01 can be used for testing fire detectors installed in:
The product is intended for general indoor and non-explosion-proof environments. It should not be used in hazardous areas requiring explosion-proof electrical equipment.
Insert the charger into the charging port.
For the first charge, charge the battery for at least eight hours.
Use the supplied tool to loosen the filling-port screw by turning it counterclockwise.
Use the supplied syringe to draw approximately 3 ml of smoke test liquid.
Tilt the tester head slightly and slowly inject the smoke test liquid into the filling port.
Make sure the liquid enters the internal container correctly.
After filling, tighten the filling-port screw clockwise.
Connect the tester head and telescopic extension pole by rotating them clockwise until securely tightened.
Use the mode selector to choose the required function:
Press the self-locking power switch.
Raise the tester head until the detector enters the testing cup.
The obstacle sensor detects the detector and automatically starts the selected test.
Wait for the detector to activate and verify that the fire alarm control panel receives the correct alarm signal.
For a typical smoke detector, approximately three seconds of smoke injection is normally sufficient.
After applying the smoke, allow time for the detector polling cycle and alarm response.
Avoid applying excessive smoke, as this increases smoke liquid consumption, battery consumption and detector recovery time.
Position the heat outlet as close as possible to the heat-sensing element inside the detector.
The closer the heating outlet is to the sensing element, the faster the detector will respond.
Do not keep the heater operating longer than necessary after the detector has activated.
