CL4790 Series

Recommended for New Design (RND)

Overview

ConnexLink stand-alone radio modules are set up in minutes to cut the cables between RS232 or RS485 devices. Their flexibility and economic price allow users to quickly upgrade wired terminals to cordless operation in industrial commercial and residential applications. Powered by a 100mW 2.4GHz radio or a 1000mW 900MHz radio each unit is small and easily portable for use in mobile and temporary settings as well as fixed installations. Optional software enables custom configurations based on user needs. ConnexLink implements a proprietary communication protocol to provide secure local data transmissions. Because it uses FHSS technology the data remains reliable over distances of up to 20 miles (32 km) line-of sight (900MHz version). Use of license-free frequency bands ensures that units are ready to use with no further certification requirements. Every unit is backed by a full one-year warranty. ConnexLink radio modules provide simple elimination of cables with a wireless link replacement.

For first-time configuration of ConnexLink, download the ConnexLink Setup Wizard.

Note: Some variants of the CL4790 have reached end of production and are available on a limited basis only. Find the End of Life Announcement in the Documentation tab below. Only the following part numbers are affected:- CL4790-200-05

Specifications

Wireless Specification
900 MHz FHSS
Chipset (Wireless)
TI CC1010
Antenna Options
Dipole; RPSMA jack (female)
Channels
US/Canada: 32 channels Australia: 8 channels
Connector Type
RS232,RS485
Dimension (Height - mm)
35.56 mm
Dimension (Length - mm)
111.76 mm
Dimension (Width - mm)
68.58 mm
Frequency
902 – 928 MHz (US/Canada)
915 – 928 MHz (US/Canada, Australia)
Input Power
7-18VDC
Interface (Serial)
Baud rates from 1200 bps to 115.2 Kbps
Logical Interfaces
RS232 or RS485
Max Transmit Power
N/A
Network Architecture
Peer-to-peer
Other
ConnexLink
Output Power
743 mW typical Conducted (no antenna), 1486 mW typical EIRP (3dBi gain antenna)
Power Supply
AC transformer to 7.5Vdc via 6-foot cable (183 cm)
Product Benefits
- Durable industrial-grade enclosure
- Transmits around corners through walls
- Point-to-point and point-to-multipoint setups
- Extremely cost effective
- Up to 20 mile range
- Simple Cable Replacement
- Options for 910 MHz and 2.46 GHz
Protocols
FHSS Wireless Protocol
Weight
< 6 oz (< 170 g)
Product Type Technology OS/Software System Architecture Chipset (Wireless) Antenna Type Logical Interfaces Frequency Range (Min) Frequency Range (Max) Antenna Options Channels Compliance Connector Data Rate Dimension (Height - mm) Dimension (Length - mm) Dimension (Width - mm) Input Power Max Transmit Power Network Architecture Operating Humidity Output Power Power Consumption Protocols Range Receive Sensitivity Weight Wireless Specification
CL4790-1000-232 Cable Replacement System Proprietary RF (9xx MHz) Connexlink Setup Wizard Hosted TI CC1010 External RS232 902 MHz 928 MHz Dipole; RPSMA jack (female) Up to 32 in U.S. FCC RS232 76.8 Kbps fixed 35.56 mm 111.76 mm 68.58 mm 7Vdc to 18Vdc + 28 dBm Peer-to-peer 10 to 90% (non-condensing) Conducted: 743mW. EIRP: 1486mW 400 mA @ 12V DC FHSS Wireless Protocol Max. 1500 feet (450 m) indoors; Max. 20 miles (32 km) line-of-sight -100 dBm < 6 oz (< 170 g) 900 MHz FHSS
Product Type Technology OS/Software System Architecture Chipset (Wireless) Antenna Type Logical Interfaces Frequency Range (Min) Frequency Range (Max) Antenna Options Channels Compliance Connector Data Rate Dimension (Height - mm) Dimension (Length - mm) Dimension (Width - mm) Input Power Max Transmit Power Network Architecture Operating Humidity Output Power Protocols Range Receive Sensitivity Weight Wireless Specification
CL4790-1000-232-SP Cable Replacement System Proprietary RF (9xx MHz) Connexlink Setup Wizard Hosted TI CC1010 External RS232 902 MHz 928 MHz Dipole; RPSMA jack (female) Up to 32 in U.S. FCC RS232 76.8 Kbps fixed 35.56 mm 111.76 mm 68.58 mm 7Vdc to 18Vdc + 28 dBm Peer-to-peer 10 to 90% (non-condensing) Conducted: 743mW. EIRP: 1486mW FHSS Wireless Protocol Max. 1500 feet (450 m) indoors; Max. 20 miles (32 km) line-of-sight -100 dBm < 6 oz (< 170 g) 900 MHz FHSS
Product Type Technology OS/Software System Architecture Chipset (Wireless) Antenna Type Logical Interfaces Frequency Range (Min) Frequency Range (Max) Antenna Options Channels Compliance Connector Data Rate Dimension (Height - mm) Dimension (Length - mm) Dimension (Width - mm) Input Power Max Transmit Power Network Architecture Operating Humidity Output Power Power Consumption Protocols Range Receive Sensitivity Weight Wireless Specification
CL4790-1000-485 Cable Replacement System Proprietary RF (9xx MHz) Connexlink Setup Wizard Hosted TI CC1010 External RS485 902 MHz 928 MHz Dipole; RPSMA jack (female) Up to 32 in U.S. FCC RS485 76.8 Kbps fixed 35.56 mm 111.76 mm 68.58 mm 7Vdc to 18Vdc + 28 dBm Peer-to-peer 10 to 90% (non-condensing) Conducted: 743mW. EIRP: 1486mW 400 mA @ 12V DC FHSS Wireless Protocol Max. 1500 feet (450 m) indoors; Max. 20 miles (32 km) line-of-sight -100 dBm < 6 oz (< 170 g) 900 MHz FHSS
Product Type Technology OS/Software System Architecture Chipset (Wireless) Antenna Type Logical Interfaces Frequency Range (Min) Frequency Range (Max) Antenna Options Channels Compliance Connector Data Rate Dimension (Height - mm) Dimension (Length - mm) Dimension (Width - mm) Input Power Max Transmit Power Network Architecture Operating Humidity Output Power Power Consumption Protocols Range Receive Sensitivity Weight Wireless Specification
CL4790-1000-485-SP Cable Replacement System Proprietary RF (9xx MHz) Connexlink Setup Wizard Hosted TI CC1010 External RS485 902 MHz 928 MHz Dipole; RPSMA jack (female) Up to 32 in U.S. FCC RS485 76.8 Kbps fixed 35.56 mm 111.76 mm 68.58 mm 7Vdc to 18Vdc + 28 dBm Peer-to-peer 10 to 90% (non-condensing) Conducted: 743mW. EIRP: 1486mW 400 mA @ 12V DC FHSS Wireless Protocol Max. 1500 feet (450 m) indoors; Max. 20 miles (32 km) line-of-sight -100 dBm < 6 oz (< 170 g) 900 MHz FHSS

Become a Laird Connectivity Customer and Gain Exclusive Access to Our Design Services Team

  • Antenna Scans
  • Antenna selection and placement
  • Custom antenna design
  • Worldwide EMC testing / certifications
  • Embedded RF hardware / firmware design
  • Cloud architecture and integration
  • Mobile application development
  • Product & Industrial Design

Talk to an Expert

Documentation

Name Part Type Last Updated
Application Note - Enabling the Security Pane in the RAMP Configuration Utility All Application Note 03/01/2019
Radio Equipment Directive (RED) Updates - May 2017 All Certification 03/01/2019
RoHSII - EU WEEE Compliance BT RAMP v1 8 All Certification 07/12/2019
Hardware Integration Guide - CL4790 All Datasheet 06/05/2019
User Guide - CL4790 All Documentation 03/01/2019
Application Note - Force 9600 Baud for ConnexLinks All Documentation 03/01/2019
EOL - ConnexLink - Nov-15-2015 All Documentation 03/01/2019
Product Brief - ConnexLink All Brochure 06/05/2019
Laird Configuration and Test Utility Software - RAMP Modules All Documentation 03/01/2019
RAMP PCN 13A PS v1.0 All Documentation 03/01/2019
RAMP Config Tool v6.07.zip All Software 01/17/2019
ConnexLinkConfigWizard v2.1.msi All Software 01/17/2019
WirelessSerialDeviceDriverInstall.zip All Software 01/17/2019

FAQ

Do any of the RAMP products support XON-XOFF?

Xon-Xoff is not supported on any of our RAMP products. Flow control (handshaking) uses hardware RTS and CTS.

I have TX API/RX API enabled on my RM024/AC4490/AC4790/CL4490/CL4790 and I'm seeing errors when I run the Range Test, why?

The API features in the RAMP radios allow for dynamically addressing packets (TX API), getting the sender's information when receiving a packet (RX API), and knowing when a packet was successfully transmitted (Send Data Complete). TX API and RX API both append a header to transmitted or received data while Send Data Complete is a separate message that gets sent to the transmitting radio's host when the packet that was transmitted is received successfully at the other end. The Laird Configuration and Test Utility Range Test does not account for these additional headers or packets when 'Create Data' is used in the 'Transmit Packet Selection' field. It will not append headers to the transmitted data so if TX API is enabled all packets for transmission will be tossed because of the lack of a header. It will not account for the additional header that is added to the received packet when RX API is enabled so all packets received will be received as "Data Error". It will not account for the extra packet sent to the transmitting radio's Host when Send Data Complete is enabled so anytime this message is sent it will be seen as a "Data Error".  In order to work with the API features on the RAMP radios you should use the scripting feature to write an API script and load it in the 'Transmit Packet Selection' field as 'Load File'.

More information about scripting can be found in Appendix 1 of the Laird Configuration and Test Utility Software - RAMP Modules.pdf