LonTalk Network Interface Module Type 6 (NIM-6)
With the introduction of our new product line (Chameleon+), 2023 (or while supplies last) marks the end of production for legacy Chameleon (EOL Announcement). We will continue to provide technical support on all EOL products. In addition, we will continue to repair the EOL products for as long as replacement parts can be acquired.
Features and Benefits
- High-Performance Dual-Processor Architecture
- Can Concurrently Run Neuron C and Intuitive Graphically Programmed Applications (Design Pad)
- Supports all LonTalkTM Services and Network Variable Types
- Configured with Familiar Echelon Tools (LonMaker, NodeBuilder)
- Multiple NIMs Can Be Combined to Form Gateway, Bridge, Routing, and/or Redundant Connection Functionality
- -40°C to +65°C (-40°F to +149°F) Operating Range
- MIL-STD-901D, MIL-STD-167B, MIL-STD-461E
- Supports Hot Swapping
The Chameleon TP/FT-10 Network Interface Module (NIM-6) provides seamless connectivity to ANSI 709.1 (LonTalk) compliant devices. It uses a standard Neuron©processor to support all network services and all variable types defined by the standard. It also incorporates a high-performance 32-bit RISC processor with multi-tasking real-time operating system to execute computationally-intensive applications and to interface with other modules in the Chameleon family.
Chameleon NIM-6 modules are configured and commissioned with the familiar suite of Echelon development tools (LonMaker, NodeBuilder). User programs can be written in the Neuron-C language and/or using Design Pad, an intuitive graphical programming tool for real-time data acquisition and control applications.
A Design Pad program (called a schema) is a collection of function-block and/or state-transition diagrams that represent the control algorithm that the device is to execute. Design Pad contains various LonTalk networking function blocks that provide a simple interface to the Neuron Chip and provide support for most SVNTs and Neuron-C data types. Since application programs can execute concurrently on the Neuron Chip and RISC processor, the computational workload can be divided between the two in any fashion.
Chameleon’s multi-processor architecture allows considerable flexibility in the use of NIM-6 modules: (1) They can serve as a standalone high-end application processor node on a LonTalk network with connectivity to other inexpensive (and computationally-limited) LonTalk devices. (2) They can be arranged with other Chameleon I/O modules to create a high-end Programmable Automation Controller (PAC) solution. (3) They can be combined with other Chameleon networking modules to create a gateway between multi-protocol network segments or to create a bridge between multiple LonTalk segments (using the internal high-speed backplane to transfer data between modules). For example, the NIM-6 LonTalk module can operate alongside a NIM-1 Modbus module, or NIM-7 PROFIBUS module, or NIM-2 Ethernet module executing a supported TCP/IP protocol (e.g., Ethernet/IP), to seamlessly transfer data between networks.
As with all Chameleon modules, NIM-6 units are hot-swappable: when a new module is inserted into a Chameleon node, its neighboring modules automatically transfer the schema program it is to execute—there is no need to shut off the power or to detach connectors. They also provide unequaled ruggedness. They are specifically designed for sustained operation in severe environments, including those characterized by extreme shock, vibration, electro-magnetic interference, temperature, and/or humidity. Its fully-sealed enclosure (sealing end-caps not pictured) allows the module to operate while submerged.
|Operating Ambient Temperature Range||-40°C to 65°C|
|Storage/Transport Ambient Temperature Range||-40°C to 85°C|
|High Impact Shock||MIL-STD-901D, Grade A|
|Mechanical Vibration||MIL-STD-167B, 0-50Hz|
|Facial/Housing Protection||NEMA 1,2,4,4X,5,6,12,12K,13|
|Maximum Power Consumption||3W|
|Primary CPU||33 MHz 32-Bit ARM Core|
|Memory||1 MB SRAM, 1MB Non-Volatile Flash|
|Secondary Neuron CPU||Cypress Semiconductor CY7C53120L8|
• Three 8-bit pipelined processors for concurrent processing of application code and network traffic
|Network Capacity||Maximum 64 Transceivers per Segment|
|Network Topology||Free, Star, Bus, or Loop|
|Baud Rate||78 Kbit / Second|
|Signal Electrical Isolation from Control Circuitry
|1000 VRMS, 0-60Hz, 60 Seconds|
|Signal Electrical Isolation from Control Circuitry (Continuous)||277 VRMS, 0-60Hz, Continuous|
|Supported Cable Diameters||Two glands 0.24”-0.47”; two glands 0.16”-0.31”|
|Supported Wire Gauges||16-28 AWG|
|Network “Service” Button||Single button on Front Panel|
|Status Readout||One three-color (red/yellow/green) Indicator|
|IR Wireless Interface||
|Front Panel Dimensions||2.5” W x 6” L|
|Enclosure Height||3″ H|
The following part numbers can be used when ordering the LonTalk Network Interface Module Type 6 (NIM-6).
|Fairmount Part Number||Description|
|01012-017||NIM-6 with Gray Enclosure|
|01012-317||NIM-6 with Black Enclosure (without Stuffing Tubes)|
|11050-200||NIM-6 Active Board and Gray Cover|
|11050-250||NIM-6 Active Board and Black Cover|
|01014-017||NIM-6 Half-Size Gray Enclosure with Wiring Hub Assembly|
|01014-317||NIM-6 Half-Size Black Enclosure and Wiring Hub Assembly (without Stuffing Tubes)|
|11051-100||NIM-6 Wiring Hub Assembly|