Hardware ITM can provide as part of your monitoring application
Every ITM Connect application is built from the same field-proven parts: wireless Edge Nodes on a secure 2.4 GHz mesh, the Binsfeld TT50 torque collar for rotating shafts, an IX15 gateway with Zigbee routers to carry the data, NI CompactRIO / CompactDAQ with C Series modules where wired high-rate channels are needed, and ITM Compute Pro, Panel or Rail platforms running ITM Connect and iTestSystem on site.
At a glance
27 hardware options, one platform. Pick the endpoints the measurement needs; the gateway, routers and compute layer are common to every application. Click any item to jump to its card.
View the 27-item specification summary
| Hardware | Model / part | Role | Spec snapshot | Typical app briefs |
|---|---|---|---|---|
| 1. Wireless Strain Node | DSGT / SSGT | Structural load / force on gates, hoists, trunnions, frames — no cable pulls | 24-bit ADC · 20x front-end + 1x–128x gain · 1 sample/day to 10 S/s | Spillway & Gate Monitoring; structural load apps |
| 2. Wireless Vibration Node – BA | BA | Retrofit rotating-machinery health (motors, gearboxes, pumps, fans) | RMS in 4 configurable bands · configurable measure/report intervals | Agitator, chip meter, scraper drive trains; general machine health |
| 3. Wireless Thermocouple Node | TC Node | Bearing, gearbox, motor and process temperature trending | ±0.0625 °C resolution · ±2 °C typical accuracy · integrated cold-junction compensation | All torque/driveline apps (bearing temp); recovery boiler |
| 4. Wireless IR Temperature Node | IR Node | Temperature of moving, rotating or unreachable surfaces (shafts, couplings, rolls) | –70 to +380 °C object range · ±0.5 °C accuracy · 0.02 °C resolution | Marine / workboat driveline; rolling mill; agitator |
| 5. Wireless Vibration Node – SFD | SFD | Quantifies steam-jet energy transfer to boiler tubes (fouling detection) | ~8 kHz sampling · 8 Hz on-board processing · patented (US 9,927,231) | Recovery Boiler Fouling & Sootblower Health |
| 6. Wireless Thermocouple Node – HALT | HALT | Hopper ash-level inference and pluggage detection | ±0.0625 °C resolution · ~0.21 mA sleep · hardened packaging for fly-ash hopper service | Boiler / precipitator hopper monitoring |
| 7. Wireless Sootblower Lance Temperature Node | Lance IR Node | Detects anomalies preceding lance failure and steam waste | –70 to +380 °C · 0.02 °C resolution | Recovery Boiler Fouling & Sootblower Health |
| 8. Wireless Machine Health Node | MH Node | Factory asset condition monitoring with a single mount point | Dual-signature (vibration + temperature) in one device · IR 0.02 °C resolution · ~0.04 mA sleep | Chip meter, agitator, scraper, mill drive trains |
| 9. TT50: ITM Connect Solution (Binsfeld TorqueTrak 50) | TX50 transmitter + RX50 receiver | Primary torque / power / load measurement on rotating shafts | Clamp-on modular chain-link collar, no shaft machining or disassembly · 24-bit ADC · up to 2,400 S/s aggregate | Chip Meter; Agitator; Digester Scraper; Rolling Mill; Marine Propulsion; Workboat Driveline |
| 10. Wireless IoT Gateway & Cellular Router | Digi IX15 | Mesh coordinator / gateway bridging wireless nodes to ITM Compute, plant network or cloud | –40 to +74 °C · 157 x 106 x 35 mm, DIN-rail mountable · Python 3 programmable | Any app using wireless nodes |
| 11. ITM Zigbee Router | ITM Zigbee Router (mains / field powered) | Mesh backbone between distant nodes and the IX15 gateway | Extends mesh range and hop count · adds redundant paths around steel structures and obstructions · quantity set by site RF survey | Spillway & Gate (long gate lines); large mills and boilers |
| 12. NI CompactRIO Controller Chassis | cRIO-9045 (8-slot); cRIO-9043 (4-slot) alternate | Continuous high-rate wired acquisition and on-board control where duty-cycled wireless is not enough | 1.30 GHz dual-core Intel Atom · Kintex-7 70T FPGA · 2 GB RAM / 4 GB storage | Rolling Mill; Marine Propulsion; high-speed torque / vibration apps |
| 13. ITM Compute (Panel / Rail / Pro) | Industrial PC, touch-panel PC or cRIO-9045 based | On-site compute and analytics layer for every ITM Connect application | Browser-based ITM Connect app for node, input, sampling and alarm configuration · automated analytics and KPI extraction · Grafana dashboards | All app briefs |
| 14. NI CompactRIO Controller – 8-slot, quad-core | cRIO-9047 | Highest-performance wired DAQ controller — multi-stand or multi-shaft sites needing FPGA-timed acquisition and extended temperature | 1.60 GHz quad-core Intel Atom · Kintex-7 70T FPGA · 4 GB DRAM / 4 GB storage | Rolling Mill (multi-stand); Marine Propulsion; Hydro Turbine; SAG Mill |
| 15. NI CompactRIO Controller – 4-slot, value | cRIO-9055 | Lower-cost wired DAQ controller for 1–4 module installs (one collar + one vibration/strain module) | 1.33 GHz dual-core Intel Atom · Artix-7 100T FPGA · 2 GB DRAM / 4 GB storage | Chip Meter / Scraper / Agitator when wired DAQ is needed; Workboat |
| 16. NI CompactRIO Controller – 8-slot, value | cRIO-9058 | Value 8-slot controller for many-channel wired installs where cRIO-9047 CPU headroom is not required | 1.33 GHz dual-core Intel Atom · Artix-7 100T FPGA · 2 GB DRAM / 4 GB storage | Spillway & Gate (wired option); Steam Header / Piping Stress; Hanger Rod |
| 17. NI CompactDAQ Ethernet Chassis – 8-slot | cDAQ-9189 | Remote / distributed I/O drop — puts C Series modules near the machine and streams over Ethernet to the compute node | Chassis only — requires a host running iTestSystem (cRIO or POC-700) · network-synchronized timing over TSN · –40 to +70 °C | Spillway & Gate (per-pier drops); Rolling Mill (per-stand drops); Steam Header; Reactor Skin |
| 18. Bridge / Strain Input Module – 4 ch | NI-9237 | Wired strain-gauge and load-cell acquisition where the wireless strain node duty cycle is too slow | 24-bit · 50 kS/s/ch simultaneous · 60 VDC ch-to-earth isolation, 1,000 Vrms transient | Spillway & Gate (wired arms); Hanger Rod deposit mass; Steam Header; Hydro Turbine |
| 19. Quarter-Bridge Strain Input Module – 8 ch | NI-9236 | High channel-count structural strain mapping (many gauges per chassis) on gates, hanger rods, piping and vessel shells | 24-bit · 10 kS/s/ch simultaneous · 60 VDC ch-to-earth isolation, 1,000 Vrms transient | Spillway & Gate; Hanger Rod; Steam Header / Piping Stress; Reactor Skin |
| 20. Sound & Vibration Input Module – 4 ch, 51.2 kS/s | NI-9234 | Wired high-rate vibration / order analysis on gearboxes, bearings and mill drives | 24-bit, 97 dBFS dynamic range · 51.2 kS/s/ch simultaneous · software AC/DC coupling | Rolling Mill; Marine Propulsion (Phase 2); SAG Mill; Lime Kiln drive; Chip Meter order analysis |
| 21. Sound & Vibration Input Module – 3 ch, 12.8 kS/s | NI-9230 | Economy vibration / proximity-probe input for low-speed machinery and keyphasor / tach channels | 24-bit · 12.8 kS/s/ch simultaneous · AC/DC coupling | Agitator; Digester Scraper; Hydro Turbine (low-speed shafts); Lime Kiln |
| 22. Sound & Vibration Input Module – 3 ch, 102.4 kS/s | NI-9232 | Highest-bandwidth vibration input for gear-mesh and bearing-defect frequencies on high-speed drives | 24-bit · 102.4 kS/s/ch simultaneous · AC/DC coupling | Rolling Mill; Marine Propulsion; SAG Mill |
| 23. Current Input Module – 16 ch, ±20 mA | NI-9208 | Brings plant 4–20 mA context signals (hoist pressure, reservoir level, gate position, motor current, flow) into the same time base as torque / strain | 24-bit · 500 S/s aggregate · high-resolution mode with 50/60 Hz rejection | Spillway & Gate; Rolling Mill (motor current); CFB Bed Inventory; Fired Heater; Steam Header |
| 24. ITM Compute Pro – ultra-compact fanless x86 PC | Neousys POC-700 (POC-712 Atom x7425E / POC-715 Core i3-N305) | Windows/x86 edge compute that runs the full iTestSystem analytics stack and hosts cDAQ chassis — the non-cRIO route to wired DAQ | Intel Atom x7425E (4C, 12 W) or Core i3-N305 (8C, 15 W) · up to 16 GB DDR5 · M.2 2280 NVMe | Rolling Mill; Spillway & Gate; any brief with cDAQ drops or multiple RX50s |
| 25. ITM Compute Panel – 10.1" industrial HMI (Raspberry Pi CM5) | EDATEC ED-HMI3120-101C-10832-4US-S | Operator-facing panel compute: local torque / load display and ITM Connect configuration at the machine | Broadcom BCM2712 quad-core Cortex-A76 @ 2.4 GHz (CM5) · 8 GB LPDDR4 / 32 GB eMMC (-10832) · 10.1" 1280×800 capacitive touch, 400 cd/m², IP65 front | Chip Meter; Agitator; Scraper; Workboat (wheelhouse display) |
| 26. ITM Compute Rail – DIN-rail industrial PC (Raspberry Pi CM5) | EDATEC ED-IPC3632 | Headless cabinet-mount compute for single-machine ITM Connect installs with discrete I/O (proximity switch, alarm relay) | Broadcom BCM2712 quad-core Cortex-A76 @ 2.4 GHz (CM5) · 2–16 GB LPDDR4 · 16–64 GB eMMC + µSD + optional M.2 NVMe | Chip Meter; Agitator (blade ID prox switch); Scraper; Lime Kiln |
| 27. ITM Compute Rail – PLC-grade industrial Raspberry Pi | Revolution Pi RevPi Connect 5 | Control-cabinet edge node where PLC-standard certification and modular DIO/AIO expansion matter | Raspberry Pi CM5 quad-core Cortex-A76 @ 2.4 GHz · 4 or 8 GB LPDDR4X · 32 GB eMMC | Spillway & Gate (gatehouse); Hydro Turbine; Lime Kiln; general ITM Connect Rail option |
Wireless Sensor Nodes
General-purpose endpoints on the ITM 2.4 GHz IEEE 802.15.4 mesh.

Structural load / force on gates, hoists, trunnions, frames — no cable pulls
- Measures
- Strain (quarter / half / full bridge) + temperature
- Connect
- Wireless mesh, 2.4 GHz IEEE 802.15.4 (Zigbee)
- Power
- Battery or field-cable powered
- Specs
- 24-bit ADC; 20x front-end + 1x–128x gain; 1 sample/day to 10 S/s; field-calibration support

Retrofit rotating-machinery health (motors, gearboxes, pumps, fans)
- Measures
- 3-axis vibration (RMS, 4 configurable frequency bands)
- Connect
- Wireless mesh, 2.4 GHz IEEE 802.15.4 (Zigbee)
- Power
- Battery powered
- Specs
- RMS in 4 configurable bands; configurable measure/report intervals

Bearing, gearbox, motor and process temperature trending
- Measures
- Contact temperature, thermocouple types K, J, T, E, N, R, S, B
- Connect
- Wireless mesh, 2.4 GHz IEEE 802.15.4 (Zigbee)
- Power
- Battery powered (multi-year validated life)
- Specs
- ±0.0625 °C resolution; ±2 °C typical accuracy; integrated cold-junction compensation; ~6.9 mA active / ~0.21 mA sleep

Temperature of moving, rotating or unreachable surfaces (shafts, couplings, rolls)
- Measures
- Non-contact infrared surface temperature
- Connect
- Wireless mesh, 2.4 GHz IEEE 802.15.4 (Zigbee)
- Power
- Battery powered
- Specs
- –70 to +380 °C object range; ±0.5 °C accuracy; 0.02 °C resolution; ~51.9 mA active / ~0.04 mA sleep
Packaged Wireless Nodes
Purpose-built variants for boiler and factory environments.

Quantifies steam-jet energy transfer to boiler tubes (fouling detection)
- Measures
- Triaxial vibration, interrupt-triggered (±15 / ±30 / ±60 g)
- Connect
- Wireless mesh, 2.4 GHz IEEE 802.15.4 (Zigbee)
- Power
- Battery powered
- Specs
- ~8 kHz sampling; 8 Hz on-board processing; patented (US 9,927,231); auto-captures sootblower passes

Hopper ash-level inference and pluggage detection
- Measures
- Contact temperature (thermocouple types K–B), multi-elevation arrays
- Connect
- Wireless mesh, 2.4 GHz IEEE 802.15.4 (Zigbee)
- Power
- Battery powered
- Specs
- ±0.0625 °C resolution; ~0.21 mA sleep; hardened packaging for fly-ash hopper service; retrofits on running units

Detects anomalies preceding lance failure and steam waste
- Measures
- Non-contact infrared temperature of moving lance
- Connect
- Wireless mesh, 2.4 GHz IEEE 802.15.4 (Zigbee)
- Power
- Battery powered, low-power sleep
- Specs
- –70 to +380 °C; 0.02 °C resolution

Factory asset condition monitoring with a single mount point
- Measures
- Triaxial vibration (±15 / ±30 / ±60 g, 16-bit, banded) + IR temperature
- Connect
- Wireless mesh, 2.4 GHz IEEE 802.15.4 (Zigbee)
- Power
- Battery powered
- Specs
- Dual-signature (vibration + temperature) in one device; IR 0.02 °C resolution; ~0.04 mA sleep
Torque Telemetry
Strain-based shaft torque on a rotating shaft, delivered as a configured ITM Connect solution.

Primary torque / power / load measurement on rotating shafts
- Measures
- Shaft torque (strain-gauge collar), RPM (built-in gyro), calculated shaft power
- Connect
- BLE from TX50 collar to RX50 receiver; RX50 outputs Modbus RTU to ITM Compute / cRIO
- Power
- TX50: Li-SOCl2 battery, ~1 year life; RX50: 9–36 VDC, ~2 W typical
- Specs
- Clamp-on modular chain-link collar, no shaft machining or disassembly; 24-bit ADC; up to 2,400 S/s aggregate; TX50 IP66, RX50 IP68; delivered with ITM Connect configuration app and iTestSystem automated torque analytics (KPIs, MQTT to cloud)
Gateway & Network
Carries the mesh to ITM Compute, the plant network or the cloud.

Mesh coordinator / gateway bridging wireless nodes to ITM Compute, plant network or cloud
- Measures
- Aggregates ITM Zigbee / 802.15.4 sensor mesh (Digi XBee 3 PRO radio)
- Connect
- XBee 3 (Zigbee, 802.15.4, DigiMesh, BLE); 4G LTE Cat 4 cellular; 10/100 Ethernet RJ45
- Power
- 9–30 VDC, 1 A
- Specs
- –40 to +74 °C; 157 x 106 x 35 mm, DIN-rail mountable; Python 3 programmable; Digi Remote Manager; Class 1 Div 2 hazardous-location rated

Mesh backbone between distant nodes and the IX15 gateway
- Measures
- None (network repeater / router node)
- Connect
- Wireless mesh, 2.4 GHz IEEE 802.15.4 (Zigbee) router
- Power
- Mains or field-cable powered (always-on router)
- Specs
- Extends mesh range and hop count; adds redundant paths around steel structures and obstructions; quantity set by site RF survey
Wired DAQ Controllers & Chassis
NI CompactRIO controllers and CompactDAQ chassis for continuous high-rate wired acquisition.

Continuous high-rate wired acquisition and on-board control where duty-cycled wireless is not enough
- Measures
- C Series modules: bridge/strain (NI-9237), IEPE vibration (NI-9234), thermocouple (NI-9213), analog voltage/current, digital I/O
- Connect
- 2x Gigabit Ethernet (TSN); USB; RS-232/485 serial (Modbus RTU from RX50)
- Power
- 9–30 VDC field power
- Specs
- 1.30 GHz dual-core Intel Atom; Kintex-7 70T FPGA; 2 GB RAM / 4 GB storage; –20 to +55 °C; NI Linux Real-Time; runs iTestSystem / ITM Connect edge software

Highest-performance wired DAQ controller — multi-stand or multi-shaft sites needing FPGA-timed acquisition and extended temperature
- Measures
- C Series modules (8 slots): NI-9237 / 9236 bridge, NI-9234 / 9230 / 9232 IEPE, NI-9208 current, thermocouple, DIO
- Connect
- 2x Gigabit Ethernet (TSN); RS-232 + RS-485 serial (Modbus RTU from RX50); USB 3.1 host + USB 2.0 device; SD slot
- Power
- 9–30 VDC field power
- Specs
- 1.60 GHz quad-core Intel Atom; Kintex-7 70T FPGA; 4 GB DRAM / 4 GB storage; –40 to +70 °C; NI Linux Real-Time; NI-DAQmx support; runs iTestSystem / ITM Connect edge software

Lower-cost wired DAQ controller for 1–4 module installs (one collar + one vibration/strain module)
- Measures
- C Series modules (4 slots)
- Connect
- 2x Gigabit Ethernet (TSN); USB 3.1 host + USB 2.0 device; trigger line; µSD slot (no on-board serial — RX50 Modbus RTU via USB/Ethernet serial adapter or NI-987x module)
- Power
- 9–30 VDC field power
- Specs
- 1.33 GHz dual-core Intel Atom; Artix-7 100T FPGA; 2 GB DRAM / 4 GB storage; –40 to +70 °C; NI Linux Real-Time

Value 8-slot controller for many-channel wired installs where cRIO-9047 CPU headroom is not required
- Measures
- C Series modules (8 slots)
- Connect
- 2x Gigabit Ethernet (TSN); USB 3.1 host + USB 2.0 device; trigger line; µSD slot (no on-board serial — RX50 Modbus RTU via USB/Ethernet serial adapter or NI-987x module)
- Power
- 9–30 VDC field power
- Specs
- 1.33 GHz dual-core Intel Atom; Artix-7 100T FPGA; 2 GB DRAM / 4 GB storage; –40 to +70 °C; NI Linux Real-Time

Remote / distributed I/O drop — puts C Series modules near the machine and streams over Ethernet to the compute node
- Measures
- C Series modules (8 slots); 4x 32-bit counter/timers via hardware-timed digital modules
- Connect
- 2-port TSN-enabled Gigabit Ethernet with integrated switch (daisy-chain chassis); PFI trigger lines; no on-board processor — streams to a host
- Power
- 12 V, 2 A (9–30 VDC field supply typical)
- Specs
- Chassis only — requires a host running iTestSystem (cRIO or POC-700); network-synchronized timing over TSN; –40 to +70 °C; conformal-coating option (785065-02)
Edge Compute
Where ITM Connect and iTestSystem run on site — Pro, Panel and Rail platforms.

On-site compute and analytics layer for every ITM Connect application
- Measures
- Hosts ITM Connect + iTestSystem; accepts Modbus RTU (RX50), gateway Ethernet, cDAQ/cRIO channels
- Connect
- Ethernet to gateway / plant network; MQTT to AWS or Azure IoT (Cloud Connect option)
- Power
- Mains or field power
- Specs
- Browser-based ITM Connect app for node, input, sampling and alarm configuration; automated analytics and KPI extraction; Grafana dashboards

Windows/x86 edge compute that runs the full iTestSystem analytics stack and hosts cDAQ chassis — the non-cRIO route to wired DAQ
- Measures
- Hosts iTestSystem + ITM Connect; accepts RX50 Modbus RTU (COM ports), cDAQ-9189 chassis over Ethernet, IX15 gateway data
- Connect
- 4x Gigabit Ethernet (PoE+ on POC-715); 4x USB 3.2 Gen2 screw-lock; COM1 RS-232/422/485 + COM2–4 RS-232 (or 1x RS-422/485); 4 DI / 4 DO isolated
- Power
- 8–35 VDC (12–35 VDC UL); DIN-rail or wall mount
- Specs
- Intel Atom x7425E (4C, 12 W) or Core i3-N305 (8C, 15 W); up to 16 GB DDR5; M.2 2280 NVMe; –25 to +70 °C fanless; 64 x 116 x 176 mm, 1.2 kg

Operator-facing panel compute: local torque / load display and ITM Connect configuration at the machine
- Measures
- Hosts ITM Connect browser app + local dashboard; accepts RX50 Modbus RTU on isolated RS-485; IX15 gateway over Ethernet
- Connect
- 1x Gigabit + 1x 10/100 Ethernet; 2x isolated RS-485 + 2x isolated RS-232; 2x USB 2.0; HDMI; optional Wi-Fi/BT; 4G LTE North-America module (-4US)
- Power
- 9–36 VDC; panel (front) mount or VESA 75
- Specs
- Broadcom BCM2712 quad-core Cortex-A76 @ 2.4 GHz (CM5); 8 GB LPDDR4 / 32 GB eMMC (-10832); 10.1" 1280×800 capacitive touch, 400 cd/m², IP65 front; –20 to +50 °C; Linux

Headless cabinet-mount compute for single-machine ITM Connect installs with discrete I/O (proximity switch, alarm relay)
- Measures
- Hosts ITM Connect; accepts RX50 Modbus RTU on isolated RS-485; 8 DI / 8 DO for proximity switch / alarm contacts; IX15 gateway over Ethernet
- Connect
- 1x Gigabit + 1x 10/100 Ethernet; 2x RS-485 + 2x RS-232 (isolated); 2x CAN 2.0B (3 kV isolated); 8 DI + 8 DO (5 kV isolated); 2x USB 2.0; HDMI 2.0; optional Wi-Fi/BT and 4G LTE
- Power
- 9–36 VDC, 24 W max; DIN-rail mount
- Specs
- Broadcom BCM2712 quad-core Cortex-A76 @ 2.4 GHz (CM5); 2–16 GB LPDDR4; 16–64 GB eMMC + µSD + optional M.2 NVMe; –25 to +60 °C; 143 x 100 x 55 mm; Linux

Control-cabinet edge node where PLC-standard certification and modular DIO/AIO expansion matter
- Measures
- Hosts ITM Connect; optional RS-485 (RX50 Modbus RTU) and CAN FD; PiBridge expansion to RevPi DIO / AIO modules
- Connect
- 2x Gigabit Ethernet (PCIe, low latency); 2x USB-A 3.2 Gen1; micro-HDMI; optional RS-485 (4-pin terminal); optional 2x CAN FD; optional Wi-Fi/BT; 2x PiBridge for I/O and gateway modules
- Power
- 24 VDC industrial supply; DIN-rail mount
- Specs
- Raspberry Pi CM5 quad-core Cortex-A76 @ 2.4 GHz; 4 or 8 GB LPDDR4X; 32 GB eMMC; –25 to +55 °C; EN 61131-2 PLC standard, IEC 61000-6-2/-4 EMC; Raspberry Pi OS (optional RT kernel)
C Series I/O Modules
Plug-in input modules for any cRIO or cDAQ chassis — strain, vibration and 4–20 mA process signals.

Wired strain-gauge and load-cell acquisition where the wireless strain node duty cycle is too slow
- Measures
- 4 differential bridge channels; quarter / half / full bridge (±25 mV/V); load cells, torque flanges, pressure transducers
- Connect
- C Series slot (cDAQ or cRIO chassis); RJ50 (779521-01) or D-SUB 37 (780264-01/-02) connector variants
- Power
- Chassis powered; built-in bridge excitation (external excitation via NI-9942)
- Specs
- 24-bit; 50 kS/s/ch simultaneous; 60 VDC ch-to-earth isolation, 1,000 Vrms transient; –40 to +70 °C; no internal bridge completion — quarter / half bridge need NI-9944 / NI-9945 accessories

High channel-count structural strain mapping (many gauges per chassis) on gates, hanger rods, piping and vessel shells
- Measures
- 8 differential quarter-bridge channels (350 Ω); bonded strain gauges
- Connect
- C Series slot (cDAQ or cRIO chassis); 34-position spring terminal
- Power
- Chassis powered; built-in voltage excitation and quarter-bridge completion
- Specs
- 24-bit; 10 kS/s/ch simultaneous; 60 VDC ch-to-earth isolation, 1,000 Vrms transient; –40 to +70 °C

Wired high-rate vibration / order analysis on gearboxes, bearings and mill drives
- Measures
- 4 differential ±5 V channels; IEPE accelerometers (2 mA), microphones, tachometers; TEDS
- Connect
- C Series slot (cDAQ or cRIO chassis); 4x BNC
- Power
- Chassis powered; IEPE excitation on-board
- Specs
- 24-bit, 97 dBFS dynamic range; 51.2 kS/s/ch simultaneous; software AC/DC coupling; anti-alias filters; –40 to +70 °C

Economy vibration / proximity-probe input for low-speed machinery and keyphasor / tach channels
- Measures
- 3 differential ±30 V channels; IEPE (4 mA) with open/short detection; accelerometers, tachometers, proximity probes
- Connect
- C Series slot (cDAQ or cRIO chassis); BNC, screw-terminal or snap-in variants
- Power
- Chassis powered; IEPE excitation on-board
- Specs
- 24-bit; 12.8 kS/s/ch simultaneous; AC/DC coupling; auto anti-alias filters; –40 to +70 °C

Highest-bandwidth vibration input for gear-mesh and bearing-defect frequencies on high-speed drives
- Measures
- 3 differential ±30 V channels; IEPE (4 mA) with open/short detection; accelerometers, tachometers, proximity probes; TEDS
- Connect
- C Series slot (cDAQ or cRIO chassis); BNC, screw-terminal or snap-in variants
- Power
- Chassis powered; IEPE excitation on-board
- Specs
- 24-bit; 102.4 kS/s/ch simultaneous; AC/DC coupling; anti-alias filters; –40 to +70 °C

Brings plant 4–20 mA context signals (hoist pressure, reservoir level, gate position, motor current, flow) into the same time base as torque / strain
- Measures
- 16 single-ended ±20 mA channels; 4–20 mA process transmitters (pressure, level, position, motor current)
- Connect
- C Series slot (cDAQ or cRIO chassis); D-SUB or spring-terminal variants
- Power
- Chassis powered (loop power supplied externally)
- Specs
- 24-bit; 500 S/s aggregate; high-resolution mode with 50/60 Hz rejection; 60 VDC or 250 Vrms ch-to-earth isolation by variant; –40 to +70 °C




