Local LCD HMI - View and force I/O, and make simple configuration changes without a computer!

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1 Product Data Sheet A part of the new PINNACLE family Ascent I/O Smart Distributed & Peer-to-Peer I/O Wireless, Serial, and Ethernet/Internet Modular I/O for SCADA and DCS systems cost-effective monitoring and control Distributed SCADA I/O and multi-way peer-to-peer I/O Mirroring Integrated Pump/Setpoint Control (Ascent Combo) High-speed Ethernet and RS-232/485 Serial port standard Allen-Bradley (DF1) & Modicon (Modbus) protocol support Built-in LCD HMI for local setup and system test without computer User configurable web page HMI - built in Secure AES encrypted communications Built-in non-volatile totalizers, runtime meters, and rate computation Optional internal spread spectrum radio Store & Forward Repeater operation to extend radio range Low-power and smart power management for battery backed applications 3-year warranty on parts and labor New! Ascent Smart distributed and peer-topeer I/O for monitoring and remote control applications: Expand the I/O of a PLC or RTU, and add sites to a SCADA or DCS system at very low cost Save thousands of dollars of in-plant wiring with peer-to-peer wireless, serial, or Ethernet I/O. Eliminate costly PLCs, HMIs and programming where smart I/O with a built-in web HMI will do. Supported by most PLCs, RTUs & HMIs Ascent can be used with all major PLCs, RTUs, and HMI software using Modbus TCP/IP, Modbus RTU or DF1 protocols. Peer-to to-peer I/O Mirroring - Ascent Combo and DIO modules can be linked up back-to-back (up to 8 to 1) to exchange sensor and control signals over a secure two-way wireless link, external radio, modem (via RS-232/485 serial port), or Ethernet. Ascent I/O saves thousands of dollars in wiring and conduit costs. Wireless Store & Forward Any Ascent I/O module can also serve as a repeater to extend the effective range of a wireless network. Local LCD HMI - View and force I/O, and make simple configuration changes without a computer! Web Page Configuration Ascent I/O modules come ready to run, but can be customized with a standard web browser (like Windows Internet Explorer). No special software is required on your PC or laptop. Customizable User HMI Need a simple low-cost user interface? Ascent I/O includes a simple web-page HMI to save you hundreds of dollars in PC-based software costs. Web page configuration is simple and done in just minutes without programming; just fill in the blanks. Remote Support Ascent I/O can be reconfigured and customized over a secure Ethernet or wireless link, eliminating costly field trips and improving customer support. I/O can be forced via a secure web page to facilitate remote troubleshooting. Low Power DC powered Ascent I/O can be optimized for battery-backed wireless systems with multiple power-saver modes and send-on-exception operation. Smart I/O Functions Ascent I/O includes cost-saving built-in functions that eliminate programming, simplify field installation and increase versatility: Discrete Inputs - configurable filtering & debounce - non-volatile high-speed totalizers - non-volatile runtimes - rate calculation (period or interval) Discrete Outputs - duty cycle (PWM) pulse function - synchronized flash function Universal Analog Inputs - sensor support (TC, RTD, Thermistor) - configurable filtering/averaging - configurable totalization Setpoint/Pump Control (Ascent Combo) - DO relay control for each Analog Input - Duplex pump control w/alternation Communications Bridging - Ethernet to Modbus and Generic Serial/radio (virtual serial port) - Radio to Serial Analog readings, as well as totalizers, runtimes and rates are internally scalable to engineering units. Users see actual levels, flows and temperatures. Rugged Reliability Ascent I/O has an operating temp range of -40 C to 70 C, and is backed by an industry leading 3-year factory parts and labor warranty. Copyright 2010 Industrial Control Links, Inc. All Rights Reserved Specifications subject to change.

2 Ascent I/O Modules in a SCADA or DCS System Internet Ethernet Router HMI Computer Ethernet Repeater SCADA PLC RS-232 RS-485 Modbus or DF1 HMI Terminal Modbus or DF1 Serial I/O Ascent I/O modules have independent Ethernet, Serial (RS-232 and RS-485) and internal radio (option) communications ports. The ports may be used simultaneously. For example, a local Modbus HMI terminal can be connected locally to an I/O module to show levels and flows on the door of the panel housing an Ascent module, while an HMI computer or PLC is talking to the Ascent module over an Ethernet or wireless link. To extend the effective range of a wireless network, Ascent modules can act as intelligent repeaters, using either the internal radios, or external radios connected to the serial port. Ascent modules can also bridge communications between ports. In the diagram above, an HMI computer or SCADA PLC can talk to Modbus (serial) I/O modules via an Ethernet or wireless connection, or both, saving the cost of additional radios. Bridging is supported from Ethernet to serial, Ethernet to wireless, and serial to wireless. Ascent I/O Modules Mirroring I/O over Ethernet, the Internet, or Wireless Link Ascent I/O Combo and DIO modules can also be used in a peer-to-peer or mirror-mode configuration where 1 to 8 modules pass I/O information to a single Ascent module. Analog and Discrete inputs are repeated or mirrored as Analog and Discrete Outputs in both directions (2-way). In addition to I/O levels, all tag names, units, etc. as well as associated totalizer, rate and runtime measurements are available for display on the local LCD HMIs or by communications at either ends of the links. Mirroring works over Ethernet, the Internet, a wireless link, or via external modems or radios connected to the Ascent module serial ports. One or more PC computers can access local web HMI pages in any of the Ascent modules See all I/O information with the built-in web HMI! Ethernet LAN or the Internet I/O and Repeater Mirroring over an Ethernet network or the Internet Mirroring over a Wireless Network (with one node as a Repeater)

3 Combo Ascent Combo a symmetrical mixture of analog and discrete I/O; ideal for peer-to-peer mirrored I/O as well as distributed I/O applications. In addition, the Ascent Combo module has setpoint control, duplex pump control and alarming capabilities, and the Universal Inputs may be internally routed to the analog outputs to function as up to 8 configurable signal conditioners/transmitters. 8 Universal Inputs I are individually soft configurable through the builtin LCD or web page HMI; no switches or jumpers. Each input accepts standard process signals (ma, mv or V), measures resistance, and reads thermocouples, thermistors or RTD temperature sensors. Conversion speed and averaging are configurable on every input to optimize response times and noise rejection. Each input can be scaled to engineering units. 8 Analog Outputs provide high-resolution 20mA outputs, or provide a voltage output when used with an external resistor. An internal 24v loop supply is independent of the supply voltage. 10 Discrete Inputs rugged optically isolated inputs available in 12-24v or v configurations. Each input includes its own nonvolatile 32-bit totalizers and runtime accumulators, for keeping track of total flow or machine cycles, and motor and pump runtimes. In addition, pulse rates are calculated on each input, either by measuring the number of pulses over time period, or measuring the interval between pulses (Rate = 1/Time). The method used depends on the input frequency range and the desired update rate and measurement resolution. All measurements can be scaled to engineering, offloading calculations from a host PLC. This provides a meaningful user friendly display on the local LCD HMI and built-in web page HMI. 10 Discrete Outputs provide relay dry contacts with programmable flashing, precision one-shot pulse and PWM control. Ascent Combo I/O Module Specifications Analog Inputs I 8 Resolution 16-bit (24-bit internal) Input/Sensor s: 20mA, 0 to 2 Volts, +/-250 mv, Ohms, Thermocouple ( J, K, T, E, R, S, B, N) Thermistor (10K, II & III), RTD 2 and 3-wire (10,100, 1K ohm) note: 3-wire RTDs require 2 inputs each Measurement Averaging Individually configurable by input; 1, 2, 4, 8, 16, 32 samples, boxcar technique Conversion Speed User configurable; 7.5 to 4000 samples per second, per 8 inputs Input Functions (each Input) Accumulator (integrate/totalize input with 1 to 255 sec sampling interval) Analog Outputs 8 Resolution/ 16-bit, 0/4 to 20mA (voltage output with external resistor) Discrete Inputs I 10 Optically Isolated Input Ranges Order as 12/24V (up to 30Vdc/Vac), or 120V/240V (up to 260Vac) Input Conditioning Programmable Filtering/Delay (0 to 65,535mS) Runtime 1 32-bit non-volatile timer per input, configurable to read in seconds, tenths of minutes and tenths of hours Totalizers 1 32-bit non-volatile high-speed counter per input, (5KHz Max.) Rate Measurement Dual mode (Sample Period or 1/frequency) 1 to 255 second sample period, 0 to 65,535mS (1/F measurement technique) Discrete Outputs 10 Relay contact, 3A max. per output Output Functions (each output) Flash (synchronized with other outputs) Pulse (one-shot) 1 to 65,535mS, PWM - programmable On/Off times 1 to 65,535mS each

4 UI-32 Ascent UI-32 providing 32 Universal Analog Inputs. Each of the inputs are individually soft configurable through the built-in LCD or web page HMI; no switches or jumpers. Each input can be scaled to engineering units, offloading calculations from a host PLC. This provides a meaningful user friendly display on the local LCD HMI and built-in web page HMI. 32 Universal Inputs, individually soft configurable through the built-in LCD or web page HMI - no switches or jumpers. Each input may be configured to accept standard process signals (ma, mv or V), resistance, or thermocouple, thermistor or RTD temperature sensor. Conversion speed and built-in box car averaging are also configurable by channel in order to optimize response times and noise rejection. This also helps to offload processing overhead from PLC or DCS systems. Each group of eight inputs can be sampled up to 4000 times per second for an aggregate maximum sampling rate of 16,000 readings per second across all 32 inputs! The high conversion speed combined with a high-speed Ethernet interface makes these modules ideal for large distributed control and monitoring systems. The ability to talk multiple industry standard protocols makes these modules a low-cost alternative to expensive PLC and DCS system analog input modules. Ascent UI-32 Universal input Module Specifications Analog Inputs Quantity 32 Resolution 16-bit (24-bit internal) Input/Sensor s: 20mA, 0 to 2 Volts, +/-250 mv, Ohms, Thermocouple ( J, K, T, E, R, S, B, N) Thermistor (10K, II & III), RTD 2 and 3-wire (10,100, 1K ohm) note: 3-wire RTDs require 2 inputs each Measurement Averaging Individually configurable by input; 1, 2, 4, 8, 16, 32 samples, boxcar technique Conversion Speed User configurable; 7.5 to 4000 samples per second, per 8 inputs Input Functions (each Input) Accumulator (integrate/totalize input with 1 to 255 sec sampling interval)

5 DIO - 22/22 Ascent DIO-22/22 a symmetrical mixture of discrete inputs and outputs; ideal for peer-to-peer mirrored I/O as well as distributed I/O applications. 22 Discrete Inputs rugged optically isolated inputs available in 12-24v or v configurations. Each input includes its own nonvolatile 32-bit totalizer for keeping track of total flow or machine cycles, and a non-volatile 32-bit runtime meter, to keep track of motor and pump runtimes. In addition, pulse rates are calculated on each input, either by measuring the number of pulses over time period, or measuring the interval between pulses (Rate = 1/Time). The method used depends on the input frequency range and the desired update rate and measurement resolution. All measurements can be scaled to engineering, offloading calculations from a host PLC. This provides a meaningful user friendly display on the local LCD HMI and built-in web page HMI. 22 Discrete Outputs provide relay dry contacts with programmable flashing, precision one-shot pulse and PWM control functions. The flashing function provides a synchronized flash output whose time period is programmable, but common to all flashing outputs. This is used primarily to operate flashing alarm indicators. Every output also supports a one-shot pulse function; each time the channel is activated, the output turns on for a precision length of time, and then turns off automatically. This type of operation is frequently used with motorized actuators to move them a prescribed distance, independent of communications latency. The outputs also support PWM (Pulse Width Modulated) operation, where the output toggles on and off for a precision period of time, and where each channels on and off time can be set independently. This operation is used for heater and metering pump controls, frequently as part of some closed loop control system. Ascent DIO 22/22 Input/Output Module Specifications Discrete Inputs 22 Optically Isolated Input Ranges Order as 12/24V (up to 30Vdc/Vac), or 120V/240V (up to 260Vac) Input Conditioning Programmable Filtering/Delay (0 to 65,535mS) Runtime 1 32-bit non-volatile timer per input, configurable to read in seconds, tenths of minutes and tenths of hours Totalizers 1 32-bit non-volatile high-speed counter per input, (5KHz Max.) Rate Measurement Dual mode (Sample Period or 1/frequency) 1 to 255 second sample period 0 to 65,535mS (1/F measurement technique) Discrete Outputs 22 Relay contact, 3A max. per output Output Functions (each output) Flash (synchronized with other outputs) Pulse (one-shot) 1 to 65,535mS, PWM - programmable On/Off times 1 to 65,535mS each

6 DI - 44 Ascent DI-44 a Discrete Input module that provides an economical means of monitoring a large number of Discrete Input sensors at a location. Local processing offloads most realtime response constraints of communications without missing a single transition or accurately measuring rates and runtimes. 44 Discrete Inputs rugged optically isolated inputs available in 12-24v or v configurations. Each input includes its own nonvolatile 32-bit totalizer for keeping track of total flow or machine cycles, and a non-volatile 32-bit runtime meter, to keep track of motor and pump runtimes. In addition, pulse rates are calculated on each input, either by measuring the number of pulses over time period, or measuring the interval between pulses (Rate = 1/Time). The method used depends on the input frequency range and the desired update rate and measurement resolution. All measurements can be scaled to engineering, offloading calculations from a host PLC. This provides a meaningful user friendly display on the local LCD HMI and built-in web page HMI. Ascent DI-44 Input Module Specifications Discrete Inputs 44 Optically Isolated Input Ranges Order as 12/24V (up to 30Vdc/Vac), or 120V/240V (up to 260Vac) Input Conditioning Programmable Filtering/Delay (0 to 65,535mS) Runtime 1 32-bit non-volatile timer per input, configurable to read in seconds, tenths of minutes and tenths of hours Totalizers 1 32-bit non-volatile high-speed counter per input, (5KHz Max.) Rate Measurement Dual mode (Sample Period or 1/frequency) 1 to 255 second sample period 0 to 65,535mS (1/F measurement technique)

7 Ascent I/O Common Specifications Communications, Networking & HMI Ethernet Protocol support Security 10 BaseT Modbus TCP (Slave), Modbus UDP (Slave), HTTP, ARP, SDX (ICL), Serial Port Forwarding to serial port or internal radio 128-bit AES encryption using SDX protocol Separate passwords on user and configuration web pages. Serial Port Data rate Protocol support Security RS-232 and RS baud to 115K baud Modbus RTU Slave (Modicon), DF1 (Allen-Bradley), SDX (ICL), Store & Forward (Modbus & SDX) 128-bit AES encryption Internal Radio (optional) Radio type Freewave MDS Digi/Maxstream Modes of Operation: Output power Data rate Antenna Connection: Protocol support Security Choice of 3 radios; Digi (Xtend), Freewave (MR2), or MDS (Transnet) 902MHz to 928MHz Spread Spectrum, frequency hopping, (plus MESH networking with Digi Xtend radio) Sensitivity: -108dBm (BER 10-6 ), 32-bit CRC, point to multipoint, network diagnostics, FGR-115 compatible Sensitivity: -108dBm (BER 10 ), 16-bit CRC, point to multipoint, network diagnostics, Transnet compatible -6 Sensitivity: baud, baud, point to multipoint & peer to peer, DigiMesh Point to multipoint (all models), peer to peerand mesh (Digi Xtend only) 1Watt maximum (user settable down to 100mW) 115K or 9600 baud, over the air Reverse polarity SMA Modbus RTU Slave (Modicon), DF1 (Allen-Bradley), SDX (ICL), Store & Forward (Modbus & SDX) 256-bit AES encryption on all over-the-air messaging, plus128-bit AES encryption on SDX messages Local HMI Web HMI General Watchdog Timers Terminal Blocks Mounting Dimensions Environment Power Warranty Display:122x32 Graphic LCD w/backlight (4 lines x 20 characters max. in character mode) Input: 5 Axis navigation Switch plus Escape pushbutton switch HTML web pages; separate security access for configuration and users Communications (individually configurable by port). Resets outputs to individually user defined states. CPU Ensures sanity of internal processor operation Removable, 3.5mm (0.138 ), 12 to 22AWG, 15A/contact maximum 35mm. DIN rail or panel mount 6.2 W x 6.2 H x 2.4 D (includes terminal blocks and elevation off panel on DIN rail) - 40 o F(- 40 o C) to 158 o F (70 o C), 5%RH to 95% RH, non-condensing 10 to 30Vdc Power consumption varies by module type, active outputs, and radio operation (internal radio option). With Ethernet OFF; 30mA 12Vdc (Dos and AOs off), 400mA max. (radio transmit, maximum AOs/DOs ON) Ethernet ON (without radio): 100mA 12Vdc (Dos and AOs off), 500mA 12Vdc (AOs/DOs ON) 3 years, factory parts and labor " 6.2" 6.2"

8 For the perfect complement to the Ascent I/O modules check out the new Pinnacle family of programmable SCADA controllers. Everest 300MHz 32-bit CPU, Real Time Clock/Calendar 128MB RAM, 512MB Flash Disk (expandable to 2TB) 1 10/100 Ethernet 4 USB 5 Serial Ports (4 x RS-232, 1 x RS-232/RS-485) Optional internal radio and telephone modem Base I/O: 8 Universal Analog inputs 1 Analog input / UPS Battery Input 4 Analog Outputs 4 Digital I/O (Low voltage & high-speed counters) 2 High-speed Pulse/Magnetic Pickup Inputs 20 Digital Inputs, Optically Isolated 12 Digital Outputs, Relay Shasta 300MHz 32-bit CPU, Real Time Clock/Calendar 128MB RAM, 512MB Flash Disk (expandable to 2TB) 1 10/100 Ethernet 2 USB 3 Serial Ports (2 x RS-232, 1 x RS-232/RS-485) Optional internal radio and telephone modem Base I/O: 8 Universal Analog inputs 1 Analog input / UPS Battery Input 2 Analog Outputs 2 Digital I/O, Low voltage and Hgh-speed counters 1 High-speed Pulse/Magnetic Pickup Inputs 16 Digital Inputs, Optically Isolated 6 Digital Outputs, Relay Rubicon 300MHz 32-bit CPU, Real Time Clock/Calendar 128MB RAM, 512MB Flash Disk (expandable to 2TB) 1 10/100 Ethernet 2 USB 3 Serial Ports (2 x RS-232, 1 x RS-232/RS-485) Lassen Base I/O: 4 Universal Analog inputs 2 Analog Outputs 1 High-speed Pulse/Magnetic Pickup Inputs 20 Digital Inputs, Optically Isolated 10 Digital Outputs, Relay 300MHz 32-bit CPU, Real Time Clock/Calendar 128MB RAM, 512MB Flash Disk (expandable to 2TB) 1 10/100 Ethernet 2 USB Base I/O: 2 Universal Analog inputs 1 Analog input 2 Analog Outputs 6 Digital Inputs, Low voltage and Hgh-speed counters 6 Digital I/O, Low voltage 1 High-speed Pulse/Magnetic Pickup Inputs Represented by: Industrial Control Links, Inc. Tel: