Balluff
BIS003ZBIS M-102-01/L
BIS M-102-01/L
RFID HF data carrier transponder tag - round antenna - Balluff - model BIS M-102-01/L - FRAM memory type - capacity 752Bytes - L1mm x D50mm - Round shape - Rated for -13...+158°F / -25...+70°C ambient - IP67 - Epoxy housing + Glass fiber housing - mounting in metal-free area - EN 60068-2-6 - Vibration / EN 60068-2-32 - Free fall / EN 60068-2-27 - Shock / EN 55022 Size 1 - Class B / EN 55011 Size 1 - Class A compliant - DIN ISO14443 type - equivalent to BISM10201/L
Please add this item to cart to request a quote or contact us at [email protected] for product availability.
Brand
SKU
BIS003Z
Online Price
$17.62
Please add this item to cart to request a quote or contact us at [email protected] for product availability.
Balluff - RFID (HF (13.56 MHz) - HF data carriers) (3)BIS003Z
Description
RFID HF data carrier transponder tag - round antenna - Balluff - model BIS M-102-01/L - FRAM memory type - capacity 752Bytes - L1mm x D50mm - Round shape - Rated for -13...+158°F / -25...+70°C ambient - IP67 - Epoxy housing + Glass fiber housing - mounting in metal-free area - EN 60068-2-6 - Vibration / EN 60068-2-32 - Free fall / EN 60068-2-27 - Shock / EN 55022 Size 1 - Class B / EN 55011 Size 1 - Class A compliant - DIN ISO14443 type - equivalent to BISM10201/L
Specifications
Primary brand
Balluff
Main function
RFID tag
Product series / family name
RFID > Data carriers
Sub-range name
Data carriers (High-frequency 13.56MHz)
Functions
RFID HF data carrier transponder tag
Design
round antenna
DIN ISO14443 type
DIN ISO14443 type
Shape
Round shape
Memory capacity
752Bytes
Mounting mode
mounting in metal-free area
Degree of protection
IP67
Dimensions
L1mm x D50mm
Material
Epoxy housing
Glass fiber housing
Glass fiber housing
Ambient air temperature for operation
-13...+158°F / -25...+70 °C
Order code / Manufacturer SKU
BIS003Z
Manufacturer product status
Commercialized
Equivalent to
BISM10201/L
Compliant with standard(s)
CE
WEEE
EAC
UKCA
EN 60068-2-6 - Vibration
EN 60068-2-32 - Free fall
EN 60068-2-27 - Shock
EN 55022 Size 1 - Class B
EN 55011 Size 1 - Class A
WEEE
EAC
UKCA
EN 60068-2-6 - Vibration
EN 60068-2-32 - Free fall
EN 60068-2-27 - Shock
EN 55022 Size 1 - Class B
EN 55011 Size 1 - Class A
Benefits
RFID - HF (1356 MHz) - HF data carriers benefits
- The data and the required power are inductively coupled by the read/write head
- All data carriers have a unique ID number which is read-only and cannot be modified
- Can be used all over the world thanks to ISO15693 conformity
- EEPROM data carrier with up to 992 byte memory
- FRAM data carrier with up to 128kB for almost unlimited feed cycles
- Attachment by adhesion or screws
- High level of protection up to IP68/69K
- A wide variety of properties such as installation on metal / high temperature and so on
- For time-critical applications - Balluff high-speed data carriers are up to eight times faster than ISO15693
- Special key data carriers for transfer systems that are read/write on two sides
- Data carriers available in compact sizes
- Databolts are easy to attach to the object and can then be quickly detached
- The data and the required power are inductively coupled by the read/write head
- All data carriers have a unique ID number which is read-only and cannot be modified
- Can be used all over the world thanks to ISO15693 conformity
- EEPROM data carrier with up to 992 byte memory
- FRAM data carrier with up to 128kB for almost unlimited feed cycles
- Attachment by adhesion or screws
- High level of protection up to IP68/69K
- A wide variety of properties such as installation on metal / high temperature and so on
- For time-critical applications - Balluff high-speed data carriers are up to eight times faster than ISO15693
- Special key data carriers for transfer systems that are read/write on two sides
- Data carriers available in compact sizes
- Databolts are easy to attach to the object and can then be quickly detached
Storage type
FRAM
Related Documents
| Name | Last Update | Language |
|---|---|---|
| Balluff - General catalogue - volume 3.pdf | 23 Dec 2022 | English (US) |