ID-SE-FM13DT160
Identium ID-SE-FM13DT160 RFID NFC Temperature Sensor Logger 77×44mm
₹45 + GST
Min. order 500 pcs
Model ID-SE-AS3213TIdentiumIn Stock
Identium ID-SE-AS3213T UHF Passive RFID Temperature Sensor Label 94×20mm
A battery-free 94 × 20 mm UHF RFID label on the AS3213T sensor chip. When a UHF reader interrogates it, it returns a temperature reading with its ID, so goods can be checked without opening the packaging.
₹45
per piece + 18% GST
Minimum order: 500 pieces · the final price for your quantity is confirmed in the quote
View datasheet PDF · 171 KB- 7-day replacement · 1-year warranty against manufacturing defects
- Blue Dart next-day delivery
- Samples ₹250 (1–2 pcs, incl. shipping) · request
Key features
- Passive design: no battery, powered by the reader’s field
- Returns a temperature reading together with its tag ID
- AS3213T sensor chip with 192-bit EPC
- EPC Class 1 Gen2 / ISO 18000-6C at 860–960 MHz
- Slim 94 × 20 mm label on a flexible substrate
- Chip
- AS3213T
- Frequency
- 860–960 MHz (covers India’s 865–868 MHz band)
- Protocol
- EPC Class 1 Gen2 / ISO 18000-6C
- Read range
- Up to 6 m listed (ID read; depends on reader, antenna and environment)
Overview
Passive UHF RFID temperature sensor label
The ID-SE-AS3213T applies like a slim 94 × 20 mm UHF label, but its AS3213T chip includes a temperature sensor. When a UHF reader interrogates the tag, it returns a temperature reading along with its ID. There is no battery: like any passive UHF tag, it runs on energy from the reader’s field, so there is nothing to charge or replace.
How buyers use it
- Checking carton or tote temperature at receiving without opening the pack
- Spot checks in cold rooms and pharma stores with a handheld reader
- Condition checks on equipment where the reading at the time of the scan is what matters
A passive sensor label reports the temperature when it is read; without a battery it does not record between scans. For a stored history across a journey, see the NFC temperature logger label.
Reader and software
The tag follows EPC Class 1 Gen2 / ISO 18000-6C, so any UHF reader working in India’s 865–868 MHz band will read its 192-bit EPC. Reading the temperature value usually needs reader software that supports the sensor chip, so confirm this with your reader or middleware supplier first. Expect temperature reads to need a shorter distance than plain ID reads. Our cold chain monitoring guide and the RFID sensors range cover the alternatives.
Typical applications
- Cold-chain cartons
- Pharma storage
- Food distribution
- Cold room audits
- Equipment condition checks
Specifications
Datasheet (PDF)| Model | ID-SE-AS3213T |
|---|---|
| Chip | AS3213T |
| Memory | EPC 192 bits |
| Frequency | 860–960 MHz (covers India’s 865–868 MHz band) |
| Protocol | EPC Class 1 Gen2 / ISO 18000-6C |
| Power | Passive (battery-free) |
| Sensor | Temperature |
| Read range | Up to 6 m listed (ID read; depends on reader, antenna and environment) |
| Dimensions | 94 × 20 mm |
| Material | Flexible thin substrate, RoHS-compliant |
Frequently asked questions
Does this temperature sensor label need a battery?
No. It is a passive UHF tag powered by the reader’s RF field, so it is applied like a normal label and has no battery to replace.
What is its read range?
Up to 6 m is listed, depending on the reader, antenna and environment. Taking a temperature reading generally needs more power than reading the ID, so plan for a shorter distance when sensing and test in your own setup.
Can any UHF reader read the temperature?
Any EPC Gen2 reader can read the tag’s ID. Getting the temperature value needs reader firmware or software that supports the sensor chip, so check compatibility first or order a sample to test with your reader.
Does it keep a temperature history?
No. It reports the temperature at the moment it is read. If you need a record across a whole journey, look at the ID-SE-FM13DT160 NFC temperature logger label, which records data for later readout.