INF2210
K-AN8 Analog Modules- for combined Voltages, Current and PWM Signals Accurate analog and digital sensor measurement data for CAN applications. A stackable, Easy, and cost-effective solution to measuring Analog and digital/P.W.M. sensors together in one module.
The K-AN8 includes our unique power down and WakeOnCAN feature for quick installation on long-term unattended fleet test vehicles. Accurate sensor measurement data is transmitted periodically on the CAN Bus, enabling multiple K-Series modules to be connected together.
The K-AN8 CAN Bus settings, calibration, and sampling rates are all configurable and stored even when not powered.
8 analog inputs with variable input sampling rates
(8 channels at 1k Hz, 4 channels at 2kHz, 2 channels at 10k Hz and 5kHz)
PWM: 3 inputs frequency measurements, counters or pulse measurements
Outputs: 4 Relay outputs. (Optional)
Regulated +5V and +24V output power supply for external sensors
Supplied with configuration software, Influx K-Cal for Windows® and configurable via a DBC file
Instrumentation data time synchronised with recorded vehicle network data via CAN
Galvanic isolation between modules (enclosure, power, CAN BUS and analog input module)
Analog channel over-voltage protection +150 Volt
Stackable ABS enclosure
Combined Voltage, P.W.M./Digital measurements
Software switchable voltage input ranges from ±80V to ±10V
Very high accuracy- Analog ±0.0015%
High input impedance on Analog inputs
WakeOnCAN and power down deep sleep mode
Power supply
6 to 36V DC.
Interfaces
CAN Bus
PC interfaces
None
Enclosure
Dimension (L115xH56xW105)
Weight 450g
IP65
ABS
Environmental
-40°C to +85°C Humidity max 90%
Output Voltages
5V and 24V (Max current drawn 80 mA combined)
Analog Inputs
Number of channels
8 Bipolar differential inputs
Accuracy
±0.0015%
Software switchable Range
±80V, ±40V, ±20V, ±10V
Resolution (ADC)
16 Bit
Max Sampling Rate
1 KHz (all 8 channels), 2 KHz (4Channels), 10 KHz (2 Channels)
Input Impedance
> 4 MOhm
Min-Max Applied Voltage
±75 V vs Analog Ground, ±150 V between Analog inputs
Digital Input / Output
Number of channels
×4 unipolar single-end hardware configured as input or output.
Input switching thresholds
Low < 1.5V
High > 2.0V (up to 12V)
Input leakage current
< 10nA
Output states
(Optional) Open collector & 510Ohm
Output drive capability
45V max
Collector current (DC)
10mA max
Saturation voltage (OK on)
< 0.15V
Equivalent on-resistance
< 510Ohm
Leakage current at OK off
< 5uA
Min-Max applied voltage
Digital input -8V to +12V; Digital output 0V to +40V power supply, which limits the current to 10mA
PWM
3 digital inputs frequency measurements up to 100KHz or pulse measurements. (min 100 Nanoseconds, min time between pulses 10 microseconds)
INF2212
Our K-PT module is designed to connect PT100/1000 sensors to a K-Box or K-AN8 voltage measurement device that normally cannot support these sensors. The powered K-PT module enables PT100/1000 sensors to be connected via the D-Sub 9 terminals and will output the signal voltages to an Analogue measurement device.
Calibration and sampling rates can be configured using the freely distributed K-Cal software.
Connects up to 4 RTD sensors to the K-Series K-Box/K-AN8 via the Analogue inputs
Simple signal configuration using a DBC file
Supplied with configuration software Influx K-Cal for Windows®
Refresh rates achievable (4 channels 20Hz)
ABS enclosure
Measurement inputs
4
Type of measured sensors
PT100/1000
Measurement range
-200degC to +850degC
Linearization
Standard tables for different types of ALPHA
Internal resolution
18 Bit
Internal sampling rate per channel.
6.25kHz
Measurement data rate per channel.
1, 2, 5, 10, 20 Hz
HW HW input filter
Input filter common mode; Output filter on the amplifier; Differential-Mode Corner Frequency 7.6Hz, Common-Mode Corner Frequency: 159Hz
SW input filter
A digital filter in the ADC module is automatically adjusted to the sampling rate. With the current setting (sampling at 6.25kHz), the filter has a frequency of 3kHz
Broken sensor detection
Yes
Measurement current
The current changes, depending on the resistance of the sensor, within the range: 212-224µA
Gain error at 25degC
± 0.1% of measured value
Offset and scaling error
±1K
Gain drift
±10ppm/K of measured value
Zero drift
±5 mK/K
CAN channel Isolation
1000VDC minimum
CAN power supply Isolation
CAN and Power are galvanically connected
CAN interface
CAN 2.0B, up to 1Mbit/s
Configuration
Configuration with K-Box Cal application by company protocol
Power supply
4.5V to 36V DC.
Power consumption
Typ. 1.9W
Designation housing
ABS
Protection class
IP65
Weight
450g
Dimensions
115x46x105mm
CAN power supply
Two 9 pin D-type connectors with duplicate signals
Signal inputs
Two channels are integrated into a 9 pin D-type connector
Operation temperature range
-40degC to +85degC
INF2201
K-Box Multi-DAQ Modules aid in measuring Thermocouples, Voltages, Currents and PWM. These include our unique power down and WakeOnCAN feature and can be stacked with all of our K-series instrumentation modules.
K-Box transmits the Data periodically on the CAN Bus for accurate sensor measurement.
Software switchable voltage input ranges from ±80V to ±10V
Up to 8 thermocouple connections at up to 10 Hz sampling rate
8 Analog inputs with variable input sampling rates (8 channels at 1kHz, 4 channels at 2kHz and 2 Channels at 10kHz)
Very high accuracy-Analog ±0.0015%,Thermocouples ±1°C
PWM: 3 inputs frequency measurements, counters or pulse measurements
Outputs: 4 Relay outputs (optional)
Regulated +5V and +24V output power supply for external sensors
Supplied with configuration software, Influx K-Cal for Windows® and configurable via a DBC file
Instrumentation data time synchronised with recorded vehicle network data via CAN
Galvanic isolation between modules (enclosure, power, CAN BUS and Analog input module and thermocouple input module)
Measurement accuracy: ±1° C
Measurement resolution: 0.1°C
Analog channel over-voltage protection ±150 Volt
Combined Voltage, Thermocouple and PWM/Digital measurements
Cold junction compensation for accurate thermocouple measurement
High input impedance on Analog inputs
WakeOnCAN and power down deep sleep mode
Power supply
6V to 36V DC.
Interfaces
CAN Bus
PC interfaces
None
Enclosure
Dimension (L115xH79xW105) / Weight 450g / IP65 / ABS
Environmental
-40°C to +85°C Humidity max 90%
Output voltages
5V and 24V (Max current drawn 80 mA combined)
Analog Inputs
Number of channels
8 Bipolar differential inputs
Accuracy
±0.0015%
Software switchable range
±80V, ±40V, ±20V, ±10V
Resolution (ADC)
16 Bit
Max Sampling Rate
1 KHz (all 8 channels), 2 KHz (4Channels), 10 KHz (2 Channels)
Input impedance
> 4 M Ohm
Max input voltage
±75 Analog Ground, ±34 V Analog inputs
Thermocouple Inputs
Number of channels
8 J/K/T-type inputs
Accuracy
±1°C accuracy
Measurement Range
Measurement: -200 °C to 1250 °C
Max Sampling Rate
10 Hz (all 8 channels)
Maximum input voltage
±3.3 V
Digital Input / Output
Number of channels
×4 unipolar single-ended hardware configured as inputs or outputs
Input switching thresholds
Low < 1.5V
High > 2.0V (up to 12V)
Input leakage current
< 10nA
Output states
(Optional) Open collector - 510 Ohm
Output drive capability (OK):
Collector-emitter voltage
45V max
Collector current (DC)
10mA max
Saturation voltage (OK on)
< 0.15V
Equivalent on-resistance
< 510Ohm
Leakage current at OK off
< 5uA
Min-max applied voltage
Digital input -8V to +12V; Digital output 0V to +40V power supply, which limits the current to 10mA
PWM
3 digital input frequency measurements up to 100kHz or pulse measurements. (min 100 Nano sec) (between pulses 10 microseconds)
INF2213
Our K-IEPE module is designed to connect IEPE sensors to a K-Box or K-AN8 voltage measurement device that normally cannot support IEPE sensors.
The powered K-IEPE module simply enables IEPE sensors to be connected via the BNC terminals and will output the signal voltages to the analog measurement device.
Calibration and sampling rates can be configured using the freely distributed K-Cal software.
Connects to the K-Series K-Box/K-AN8 via the Analog inputs
Refresh rates achievable (4 channels 1kHz)
ABS enclosure
Wide frequency range
Linear amplitude characteristics in a wide dynamic range
Ability to operate in severe ambient conditions (temperature, humidity, radiation and magnetic fields)
High mechanical reliability and durability at the expense of moving parts in the sensor
High vibration and shock resistance
No need for other power supplies for sensors
Compact structure and a large ratio of sensitivity to mass
Measurement inputs
4
Internal resolution
18 bit
Internal sampling rate per ch.
6.25kHz
Measurement data rate per ch.
4 channels: 1kHz. CAN bus: 1Mbit/s
SW input filter
A digital filter in the ADC module is automatically adjusted to the sampling rate
High pass filter
13.8Hz
Bandwidth
21.8Hz
Operational safety
-0.7V to +24V permanent, additional
Device safety
-0.7V to +24V permanent, additional ESD protection
Input impedance
>10K
Broken sensor detection
Yes
Typical SNR @ 30kHz Band Width
Sampling @6.25Hz: 102dB
Linearity
ADC ±0.75 LSB
Current source
5.1mA ± 2%
Voltage
24V
Output power
Maximum total (for 4 channel) current: 60mA
Channel/ power supply Isolation
1000 VDC minimum
Sensor excitation/ power supply Isolation
1000 VDC minimum
CAN channel Isolation
1000 VDC minimum
CAN power supply Isolation
CAN and power are galvanically connected
Configuration
Configuration with K-Box Cal application by company protocol
Power supply
4.5V to 36V DC.
Power consumption
Typ. 2.6W
Housing
ABS
Dimensions/ Weight/ Protection Class
D: (128x46x105mm); W: 450g; PC: IP65
CAN/ Power supply
Two 9-pin D-Type connections with duplicate signals
Signal Inputs
BNC Connector
Operating temperature range
-40degC to +85degC
INF2204.02/INF2205.02/INF2206.02
The K-TC 2.0 modules belong to the Influx K-series instrumentation range for CAN applications and are stackable, fast, accurate and reliable temperature measurement devices. Ideal for applications requiring many thermocouples, such as vehicle durability during winter and summer testing.
The K-TC 2.0 modules CAN Bus settings, calibration and sampling rates are all easily configurable and stored in the K-TC 2.0 module even when not powered.
The input calibration and set-up of the K-TC 2.0 module are easily configurable via freely distributable Windows PC applications, Influx K-Cal and TC Logger software.
Logs and stores data to an integrated memory card independently (without the support of any other data logger).
Each K-TC 2.0 unit has up to 8, 16 or 32 thermocouple connections at a 20Hz sampling rate.
Supports K, J and T-type thermocouples
Simple signal configuration using a DBC file
Supports logging of timestamped temperature data inside an integrated eMMC (8GB)
Supplied with configuration software Influx K-Cal for Windows® and configurable via a DBC file
Device drivers available for Windows® applications (32/64-bit)
Configuration and programming via CAN or USB interface
WakeOnCAN enables K-TC 2.0 modules to power up and power down in deep sleep mode
Measurement accuracy: ±1 degree C, Measurement resolution: 0.001 degree C
Instrumentation data time synchronised with recorded vehicle network data via CAN
Galvanic isolation (USB, CAN, Power, and TC Boards)
Free TC Logger software
Power supply
4.5 to 31V DC (isolated)
Power consumption
K-TC8 / K-TC16 / K-TC32
Normal operation
120mA at 12V / 140mA at 12V / 200mA at 12V
Power down standby mode
24mA at 12V / 25mA at 12V / 30mA at 12V
Configuration
Via CAN bus with K-Cal for calibration. Via USB with TC Logger SW for logging configurations stored in the device
Interfaces (Isolated)
CAN bus (max 1000 kbps) and USB 2.0
Storage
8 GB eMMc
PC Interfaces
USB2.0 Type B (isolated)
Enclosure
Dimension (LxHxW): 115x56(K-TC8) / 79(K-TC16) / 149(K-TC32) x 105mm
Weight 450g(K-TC8), 570g(K-TC16), 900g(K-TC32)
IP 40 IP 65 (With all thermocouples plugged in)
ABS/Aluminum Allow* (depending upon the stock availability)
Environmental
-40°C to +85°C
Humidity max 90%
Thermocouple Inputs
K, J, T-type
Accuracy ± 1°C
Measurement: -200 °C to 1250 °C
Connection type
Thermocouples: mini K, J ,T-Type (galvanically connected)
Thermocouple Inputs
Number of channels
K-TC8: 8 channels, K-TC16: 16 channels, K-TC32: 32 channels (group of 8 isolated/each galvanically connected)
Channel Input Types
K, J, T
Measurement Range
(-)200°C to (+)1200°C
Max Sampling Rate
20 Hz per channel
Max applied voltage
± 3.3 V
Peak Galvanic Isolation Voltage (from all other modules and power supplies)
Three-wire CAN Bus
780 V
Four-wire USB Bus
840 V
Two-wire power module
560V
