New Product Release - Enabling Signal Input and Output and Capturing Analog Signal at 1 km Distance. Wireless I/O Series with Sub-1GHz Multi-hop Communication and EU & US standard compliance.
Africa、Asia、Europe、Japan、Middle East、North America、Oceania、Latin America
CONTEC Co., Ltd. has developed wireless communication devices for global market by using low-power wireless communication technology that specifies Sub-1GHz band in order to enable signal input and output control, sensor input, and actuator control at a distance of 1 km. These devices will be released for sale to EU and US market as wireless I/O series for PC measurement and control as of August 21, 2018.
Wireless I/O Series
From the left: GW1-ETH-WQ-US,DIO-0404LY-WQ-US,AI-1004LY-WQ-US
Main features of the wireless I/O series
Common
- Supports Sub-1GHz wireless communication, which has an excellent transmission distance
(-US Model : 902-928MHz, -EU Model : 863-870MHz)
- Highly reliable Mesh communication, AES-encrypted data communication
- Supports ambient temperatures from -20°C to +60°C
- Compact design (62.0(W) x 64.0(D) x 24.0(H)mm, No projection included) that enables installation in a wide variety of locations
- Can be installed on a DIN rail with the optional DIN rail mounting bracket (Model : BRK-WQ-Y)
- Windows driver available (free download from CONTEC website)
Sub-1GHz Wireless Ethernet Gateway GW1-ETH-WQ-US, GW1-ETH-WQ-EU
- Converts Ethernet communication to wireless communication in the Sub-1GHz
- Enables the construction of a wide range of wireless I/O systems with a Windows PC used as the host
Sub-1GHz Wireless Isolated Digital I/O Terminal DIO-0404LY-WQ-US, GW1-ETH-WQ-EU
- Equipped with 4 opto-isolated inputs (supporting current sink output) and 4 opto-isolated open-collector outputs
(current sink type)
- Built-in Zener diodes for surge voltage protection in the output circuit
- Equipped with a digital filter function
Sub-1GHz Wireless 4-channel Analog Input Terminal AI-1004LY-WQ-US, GW1-ETH-WQ-EU
- 10-bit, analog input, 4-channel
- Bipolar ±10 V, A/D conversion speed: 10 μs/ch
Related Link
New Infomation
-
2025/04/22
-
2025/04/17
-
2025/04/16
See All Information