Long Range With Battery 2.4G Active RFID Card

Long Range With Battery 2.4G Active RFID Card
Model:M-A600
Brand:POSON
Origin:Made In China
Category:Security & Protection / Access Control System
Label:2.4G Active Tag , RFID Active Card , Compatible Decrypt
Price: US $6.65 / PCS
Min. Order:100 PCS

Product Description

Specifications

1. Frequency: 2.400-2.480GHz 
2. Size:86x54x5.5mm 
3. Thickness: 5.5mm 
4.Read range: the best range 80m

Ultra low power consumption is a kind of high performance ( Active RFID ) active electronic tags, the working frequency is 2.45GHz, mainly used in automatic identification and management, vehicle without parking management of import and export, home-school communication, remote inspection system. 

Operating frequency

2.400-2.480GHz

     The maximum 

identification distance 

80 meters

Distance

two speed adjustable

Label type

readonly type composite ID or IC card

Power

0dbm

Receiving sensitivity

-85dbm

Static current

<1µ A

Battery

CR2032 2 ( replaceable battery )

Humidity

< 85%

Free fall

coagulation and the ground 1 meters /3

 

 Applications:

  1. Access control,  attendance control,  identification,  logistic, industrial automation,
  2. skating, tickets, casino token,  membership, public transportation, e-payment, animal tracking,
  3. multi-purpose-card system, catering, swimming pool, laundry, massage center, recreation center.

Competitive Advantage:

  1. The best price;
  2. Excellent quality;
  3. Fast delivery;
  4. Large capacity and a wide range of products;
  5. ODM and OEM products according to customer's demand.

 

Long Range With Battery 2.4G Active RFID Card 1Long Range With Battery 2.4G Active RFID Card 2Long Range With Battery 2.4G Active RFID Card 3Long Range With Battery 2.4G Active RFID Card 4Long Range With Battery 2.4G Active RFID Card 5

Member Information

Guang Zhou POSON Electronic Technology Co.,Ltd
Country/Region:Guang Dong - China
Business Nature:Manufacturer
Phone:18126784331
Contact:Rachel.Yan (Sales Manager)
Last Online:30 Jun, 2017