Skip to main content

Latest traffic signal controllers from McCain

The latest release of traffic signal controllers from US headquartered manufacturer and supplier of intelligent transportation systems, traffic control equipment and parking guidance solutions, McCain, effectively brings the open architecture, modular design, and advanced functionality of the Model 2070 controller platform to NEMA TS 1/TS 2 Type 2 and NEMA TS 2 Type 1 applications, says the company. Both the 2070EN1 NEMA controller and the 2070EN2 NEMA controller have been designed to fully comply with the
February 21, 2013 Read time: 2 mins
The latest release of traffic signal controllers from US headquartered manufacturer and supplier of intelligent transportation systems, traffic control equipment and parking guidance solutions, 772 McCain, effectively brings the open architecture, modular design, and advanced functionality of the Model 2070 controller platform to NEMA TS 1/TS 2 Type 2 and NEMA TS 2 Type 1 applications, says the company.

Both the 2070EN1 NEMA controller and the 2070EN2 NEMA controller have been designed to fully comply with the most current specifications from two leading transportation agencies; the 923 California Department of Transportation (Caltrans) Transportation Electrical Equipment Specifications (TEES), and the 7174 National Electrical Manufacturers Association (NEMA) TS 2 standard.

Some of the advanced features that enhance the overall operability of the 2070EN1 and 2070EN2 controllers include: an integrated 4-port network switch that supports 10/100MBPS, 32MB of system memory and 4MB R2 drive for increased processing power, 32Mb datakey capacity, and two Ethernet ports.  

“We recognise Caltrans and NEMA as national thought leaders in transportation,” said Nathan Welch, national sales manager at McCain Inc. “As such, we are pleased to provide customers with a product that effectively combines the best of both worlds.”

The two new traffic signal controllers will supersede the 2070LN1 and 2070LN2 equipment, although the company will continue to support legacy controllers to meet customer demand, providing users with a cost-effective means to upgrade to a more modern infrastructure without the need to replace cabinet hardware.

Related Content

  • Long-distance PoE
    February 2, 2012
    Omnitron Systems Technology has announced a new solution for extending network distances to remote IP security cameras that draw electrical current from Power over Ethernet (PoE). The company's new OmniConverter media converter enables fibre connectivity up to 140km from video servers and network equipment. Installed at end of the fibre run, the device is located near an AC or DC power source, where it converts the fibre to UTP and injects PoE over the cabling to power the IP camera. Classified as Power Sou
  • Data exploits parking potential
    March 11, 2015
    David Crawford parallel parks with innovations in two continents. Surveys of US cities indicate that drivers searching for parking can account for up to 37% of all urban traffic congestion. A 2011 study by IBM of 20 cities around the world found that nearly six out of ten drivers had abandoned their search for a parking space at least once; while motorists generally spent on average 20 minutes looking for a sought-after spot.
  • Developments in travel information display systems
    August 1, 2012
    David Crawford looks at recent developments in travel information display systems. It is important to remember that we are investing in Real-Time Passenger Information [RTPI] to increase ridership," says Robert Burke, Managing Director of New Zealand transit tracking technology specialist Connexionz, which has been involved in at-stop and remote passenger information since 1995. "Superior information improves the perception of public transport reliability and gives the passenger more choices and greater con
  • NEMA previews connected infrastructure standard
    October 10, 2019
    The National Electrical Manufacturers Association (NEMA) is developing a standard which it claims could accelerate the deployment of connected vehicle roadside infrastructure technology.