Minimize Time to Market by Relying on Centero’s Services

Developing a wireless Industrial IoT connected field device, instrument or product can be a daunting process since it requires multi-disciplinary engineering teams and an understanding of wireless and Industrial IoT standard based technologies.

We can help you turn your vision into a revenue generating product or service in a swift and cost-effective manner using one of our components or end-to-end communication platforms.

 

Rely on Centero’s multi-disciplinary engineering team as much as needed to help you conceptualize, architect, design, develop and certify your wireless IoT connected product. Our team of seasoned IoT experts can guide, support and help you during the entire product development process.

Explore our step-by-step field instrument development process and see how we can help.

 

Develop a WirelessHART™ compliant and registered field instrument by integrating the WiHaRT wireless module into a new or existing field instrument. Designed for industrial process automation and control, Centero’s WirelessHART compliant product line provides field instrument and infrastructure connectivity, security and management. Centero is one-stop-shop for developing, connecting, deploying, managing and certifying your WirelessHART compliant products.

Turnkey Product Development or Engineering Support Services

Rely on Centero’s team for turnkey, support or specific engineering services
  • Formulate product requirements
  • Create high level firmware, hardware and software product architecture
  • Map requirements in WirelessHART standard based mechanisms
  • Estimate product battery life
  • Identify project requirements and costs
  • Purchase WiHART Rapid Development or Enterprise Development kit
  • Go through WiHART training materials included with the development kit
  • Fire up kit and start prototyping effort
  • Modify and tailor application processor source code to your needs
  • Compile field instrument specific code and connect to the Gateway
  • See field instrument specific data being reported to the Gateway
  • WiHART wireless modules firmware integration via API
  • Instrument specific WirelessHART application layer implementation running on the application processor
  • Schematic and PCB design of the instrument integrating WiHART wireless module
  • Generate Gerber files and manufacture prototype instruments
  • Mechanical design including enclosure, battery and antenna
  • Antenna design (optional)
  • Manufacturing and engineering validation
  • Develop and generate Enhanced Device Description (EDD) file
  • Interoperability tests with WirelessHART Gateways and infrastructure devices of choice
  • End-to-end system integration validation with DCS/PCS of choice

Download resource

  • Join Fieldcomm Group as member
  • Purchase all WirelessHART certification and registration test tools
  • Run internal compliance tests for the EDD file
  • Run internal compliance tests for the WirelessHART field instrument
  • Go through Fieldcomm WirelessHART compliance certification and registration process
  • Obtain Fieldcomm WirelessHART registration
  • Compliance for operation in hazardous areas: UL, C1D1, ATEX Zone 0
  • Wireless compliance and certification tests: FCC/ISED, ETSI, etc.
  • Other EMC, Emissions, RFI and Immunity compliance testing as required
  • Additional safety compliance testing as required
Develop an ISA100 Wireless™ compliant and certified field instrument by integrating the WISA wireless module into a new or existing field instrument. Centero’s ISA100 Wireless compliant product line is designed to meet the rigorous requirements associated with industrial process automation and control. It includes wireless modules and adaptors, infrastructure devices as well as compliance and certification tools.

Turnkey Product Development or Engineering Support Services

Rely on Centero’s team for turnkey, support or specific engineering services
  • Formulate product requirements
  • Create high level firmware, hardware and software product architecture
  • Map requirements in ISA100 Wireless standard based mechanisms
  • Estimate product battery life
  • Identify project requirements and costs
  • Purchase WCI Rapid Development or WISA Enterprise Development Kit
  • Go through ISA100 Wireless training materials included with the development kit
  • Fire up kit and start prototyping effort
  • Modify and tailor application processor source code to your needs
  • Compile field instrument specific code and connect to the Gateway
  • See field instrument specific data being reported in the Gateway
  •  WISA wireless modules firmware integration via API
  •  Instrument specific ISA100 Wireless application layer implementation
    running on the application processor
  • Schematic and PCB design of the instrument integrating WiHART
    wireless module
  • Generate Gerber files and manufacture prototype instruments
  • Mechanical design including enclosure, battery and antenna
  • Antenna design (optional)
  • Manufacturing and engineering validation
  • Develop and generate Device Description (DD) and/or Capability file
  • Interoperability tests with ISA100 Wireless Gateways and infrastructure devices of choice
  • End-to-end system integration validation with DCS/PCS of choice

Download resource

  • Join the Wireless Compliance Institute Group (WCI) as member
  • Purchase WCI Device Test Certification Kit (DTK)
  • Run internal compliance tests for the ISA100 Wireless field instrument
  • Go through WCI ISA100 Wireless Device compliance certification
    process
  • Obtain WCI ISA100 Wireless device registration
  • Compliance for operation in hazardous areas: UL, C1D1, ATEX Zone 0
  • Wireless compliance and certification tests: FCC/ISED, ETSI, etc.
  • Other EMC, Emissions, RFI and Immunity compliance testing as required
  • Additional safety compliance testing as required

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Don't hesitate to contact us. We are ready for you!