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General| Detector Inputs | 32 |
|---|---|
| Digital Inputs | 32 |
| Communication Ports | Ethernet, Serial |
| Protection Class | NEMA TS2 |
| Cabinet Compatibility | NEMA TS2 |
| Input Voltage | 120 VAC |
Users must verify document revision status before use and are responsible for its application.
Details the 2070LX Controller's ruggedized design, multitasking capabilities, and application scope.
Highlights the advantages of the 2070LX Controller's open architecture, flexibility, and multitasking OS.
Outlines the components comprising the 2070LX controller, including chassis, CPU, I/O, and power supply modules.
Lists standard features: OS, processor, memory, applicable standards, and included modules.
Details communication, front panel, and cabinet interfaces like SDLC, Ethernet, USB, and connectors.
Introduces the 2070-1C CPU Module as the controller's brain, detailing its components and capabilities.
Lists standard features of the 2070-1C CPU Module: OS, processor, memory, and communications.
Describes serial ports (SP-1 to SP-8), SPI, USB, and Ethernet interfaces and their pins.
Explains the Host Board's role in providing mechanical/electrical interface and its integrated circuitry.
Details the 96-pin DIN connector's function as the physical interface between the CPU and serial motherboard.
Describes the C13S connector's role in serial port SP-8 and control lines, detailing its circuitry.
Details the RS-485 circuitry for serial ports, explaining signal conversion, reception, and transmission.
Details the USB Hub's function in expanding USB ports and its internal circuitry.
Details the PowerQUICC II Pro Processor MPC8360's role in operations and control.
Describes the NAND flash, NOR flash, SRAM, and DDR2 SDRAM memory configurations.
Details the communications handled by the MPC8360, including serial and Ethernet ports.
Explains the CPU_RESET signal generation for hardware and software resets.
Describes the MAX795 supervisory circuit for monitoring processor activities and reset functions.
Details the circuit generating the hardware reset signal for the processor.
Explains the +5VDC input signal for the Engine Board, its behavior during power failures.
Details the +5VDC input signal, its role during power restoration and cold restart.
Explains voltage monitoring for +5VDC, +12VDC, and -12VDC levels via microcontroller ADCs.
Details LED status indicators for power supplies, showing if voltage levels are within range.
Describes the +5VDC STANDBY POWER for system devices during power down periods.
Lists voltage tolerances for +5VDC, +12VDC Serial, -12VDC Serial, and +12VDC outputs.
Specifies regulation values for voltage range, minimum/maximum loads, and ripple noise.
States the minimum efficiency requirement for the power supply module.
Defines the acceptable limits for ripple and noise in the power supply outputs.
Details the pinout and function for the PS1 connector (10 Pos).
Details the pinout and function for the PS2 connector (12 Pos).
Describes the chassis unit as an aluminum enclosure for 2070 modules, its cooling, and mounting.
Explains the Serial Motherboard's role in interconnecting 2070 modules and its components.
Provides the pinout and function for the A1 connector.
Provides the pinout and function for the A2 connector.
Provides the pinout and function for the A3 connector.
Provides the pinout and function for the A4 connector.
Provides the pinout and function for the A5 connector.
Details the pinout and function for the Front Panel connector.
Specifies the style of the controller as Caltrans 2070.
Provides the physical dimensions of the controller unit.
Defines the form factor as shelf mount or 19-inch EIA rack mount.
States the approximate weight of the controller based on module selection.
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