Krypton DEWESoft V22-1 Technical Reference Manual

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KRYPTON®

TECHNICAL REFERENCE MANUAL

KRYPTON V22-1

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Page 1 KRYPTON® TECHNICAL REFERENCE MANUAL KRYPTON V22-1...
Page 2: Table Of Contents
4.1.1. EtherCAT Distributed DATA Acquisition 4.1.2. Small and Flexible Data Acquisition 4.1.3. Robust and rugged Data Acquisition 4.1.4. High-end signal conditioning 4.1.5. KRYPTON ONE - Single channel Data Acquisition 4.1.6. DAQ Synchronization 4.2. General speciﬁcations 5. Krypton modules 5.1. Overview 5.1.1.
Page 3 5.6.2. KRYPTONi-16xDI 5.6.3. KRYPTONi-16xDO 5.6.4. KRYPTONi-8xDI-8xDO 5.6.5. KRYPTONi-4xDI 5.6.6. KRYPTONi-4xDO 5.6.7. DIO: connectors 5.6.7.1. KRYPTON Multichannel DIO modules: connectors 5.6.7.2. Krypton 4xDI and 4xDO connectors 5.7. HV: High Voltage 5.7.1. HV: speciﬁcations 5.7.2. KRYPTONi-1xHV 5.7.3. HV: connectors 5.7.4. HV: wiring diagrams 5.7.4.1.
Page 4 5.10.4. RTD: wiring diagrams 5.10.4.1. RTD: Voltage 5.10.4.2. RTD: Resistance 5.10.4.3. RTD: Temperature (3-wire) 5.10.4.4. RTD: Temperature (4-wire) 5.11. STG: Strain Gauge 5.11.1. STG: speciﬁcations 5.11.2. KRYPTON-6xSTG 5.11.3. KRYPTON-6xSTG-L2B10f 5.11.4. KRYPTON-3xSTG 5.11.5. KRYPTON-3xSTG-L2B10fs 5.11.6. KRYPTONi-1xSTG 5.11.7. STG: connectors 5.11.8. STG: wiring diagrams 5.11.8.1.
Page 5 KRYPTON® TECHNICAL REFERENCE MANUAL 5.12.10.2. KRYPTONi-8xTH, 16xTH; KRYPTONi-8xTH-HS, 16xTH-HS: Temperature 5.12.10.3. KRYPTONi-1xTH-HV: Temperature 6. KRYPTON CPU 6.1. KRYPTON CPU: speciﬁcations 6.2. KRYPTON CPU: dimensions 6.3. Connectors 6.3.1. Pinout : Power In Connector 7. KRYPTON Accessories 7.1. KRYPTON Power Supply 7.2. KRYPTON-CPU Power Supply 7.3.
Page 6 TECHNICAL REFERENCE MANUAL 9. Connection overview 9.1. Only EtherCAT devices 9.2. Power Injector 9.3. Power Junction 9.4. Distributed system with Krypton ONE 9.5. Ecat Sync Junction/Ecat GPS Junction 9.6. Connecting SIRIUS-R4 and Krypton STG 9.7. Soft-Sync connection 9.8. Mixed system 9.9.
Page 7: About This Document
KRYPTON® TECHNICAL REFERENCE MANUAL 2. About this document This is the Technical Reference Manual for Krypton devices. The manual is divided into several chapters. You will ﬁnd: A description of the system and the main combination and expansion options ●...
Page 8: Online Versions
2.2.1. KRYPTON® Technical Reference Manual The most recent version of this manual can be downloaded from our homepage: https://download.dewesoft.com/list/manuals-brochures/hardware-manuals In the Hardware Manuals section click the download link for the KRYPTON® technical reference manual. 2.2.2. DewesoftX® User Manual The DewesoftX® User Manual document provides basics and additional information and examples for working with DewesoftX®...
Page 9: Getting Started
TECHNICAL REFERENCE MANUAL 3. Getting started This chapter will help you to install the software, connect your Krypton system to the PC via EtherCAT, and will show you how to conﬁgure DewesoftX®. To follow these steps, you need the following items: your brand new Krypton system (included in the shipment) ●...
Page 10: Dewesoftx® Settings For Krypton
Settings item in the pop-up to open the DewesoftX® settings dialogue. DewesoftX® settings In the Devices section, you can see the connected Krypton device. When you select one of them, the properties pane at the right will show the related data e.g. Serial number, Firmware version, etc.
Page 11: Channel Setup Krypton
(or multiple channels) in the setup grid, the corresponding connectors in the image will be highlighted. The sampling rate will be set for all connected Krypton devices: of course only up to the max. sampling rate of the individual slices.
Page 12: Simple Measurement
3.3.2. Analogue channel setup In the analogue channel setup screen you can see all channels of your connected Krypton systems. Per default only the ﬁrst channel will be set to Used. Unused channels will not show up in measure mode and can not be used for display, calculations or storing: thus, we will also set the other channels to the ❶...
Page 13: Sample Rate
ﬁle size will increase. In the following image you can see that the maximum sample rate is different for Krypton devices. For example the STG module has max. 20 kS/sec and TH module has a max. 100 S/sec of sampling rate. The Krypton ONE family has a 40 kS/sec maximum sample rate with the Krypton 1xACC exception which has a sample rate up to 50 kS/sec.
Page 14: Measurement Mode
Now DewesoftX® has created a dataﬁle with all the data that you have seen during the recording session. You can now click the Analyze button (on the left-top of the screen to the right of the Measure button) to go to Analyse mode. KRYPTON® V22-1 14/143...
Page 15: Analyse Mode
Now you can use the cursors to analyse your data, zoom in and out of the data, click Ofﬂine math to add computations based on your data, etc. You can also change the design of your measurement displays, print reports based on your data and export the data to other ﬁle formats for further analysis. KRYPTON® V22-1 15/143...
Page 16: Advanced Configuration
If you add a device while this screen is open (or if your device is not shown yet), you can press the Refresh ❸ button to scan for devices. When you select a device from the list you will see all the device details ❹ and settings in the right area Real measurement mode KRYPTON® V22-1 16/143...
Page 17: Firmware Upgrade
If the ﬁrmware package isn’t selected, select it by pressing the button and ﬁnd the folder with the ● ﬁrmware ﬁle in it. Select the device you want to upgrade and start the ﬁrmware upgrade by pressing the “Upgrade” ● button. KRYPTON® V22-1 17/143...
Page 18: Licensing
Licensing options Hint All licenses regarding Krypton will only work when the Krypton system is connected to your PC and the device has been activated in the hardware setup. KRYPTON® V22-1...
Page 19: Troubleshooting
KRYPTON® TECHNICAL REFERENCE MANUAL 3.7. Troubleshooting If your Krypton device is not found by DewesoftX®: If you did not restart Windows after the software installation, restart now ● Make sure that you have started Dewesoft version X3 SP8 or higher ●...
Page 20 In case Windows 7 is used, it needs to be updated to Service pack 1 which accepts the 256-bit ● certiﬁcates. You can ﬁnd the proper update versions on the Microsoft web page, for both the 32-bit and 64-bit versions. KRYPTON® V22-1 20/143...
Page 21: System Overview
Rugged and distributed EtherCAT data acquisition system for ﬁeld measurement in extreme and harsh environments. KRYPTON DAQ systems offer IP67 degree of protection and can operate in the extreme temperature range from -40 to +85 °C and offer high shock protection.
Page 22: Main Features
Kryptons are connected with a single cable for data, power, and sync. UP TO 100m BETWEEN UNITS: KRYPTON units can be distributed over the large area with the distances up to 100 meters between DAQ nodes.
Page 23: Small And Flexible Data Acquisition
Units are then sealed with thermally conductive and electrically insulative rubber. As a ﬁnal touch, we add rubber bands around the KRYPTON chassis to further protect the unit from the shocks. The result is an IP67 degree of protection. Units are waterproof, shockproof, and can withstand shocks up to 100G.
Page 24: High-End Signal Conditioning
KRYPTON® TECHNICAL REFERENCE MANUAL 4.1.4. High-end signal conditioning KRYPTON is not just small and rugged but also has quality analog ampliﬁers for precise signal measurement. An array of different modules are available for almost any sensor: STG: Universal differential voltage and Full / Half / ●...
Page 25: Krypton One - Single Channel Data Acquisition
KRYPTON modules runs through the same cable as power and data. KRYPTON DAQ modules can also be combined and synchronized with our fast USB DAQ devices like SIRIUS, IOLITE, MINITAURs or DEWE-43-A. For this we have a small accessory called EtherCAT SYNC JUNCTION.
Page 26: General Specifications
Random vibration: MIL-STD-202G Method 214A, test condition II-D Proﬁle breakpoints: 50 Hz @ 0.025 g²/Hz 100 Hz @ 0.1 g²/Hz 2000 Hz @ 0.1 g²/Hz Proﬁle RMS / Peak = 13.9 g / 41.7 g 8 hrs in each axis, 24 hrs total KRYPTON® V22-1 26/143...
Page 27: Krypton Modules
Units are then sealed with thermally conductive and electrically insulative rubber. As a ﬁnal touch we add rubber bands around the Krypton chassis to further protect the unit from the shocks. The result is IP67 degree of protection. Units are waterproof, vibration proof, and can withstand shocks up to 100 G.
Page 28: Overview
KRYPTON® TECHNICAL REFERENCE MANUAL 5.1. Overview 5.1.1. KRYPTON Multichannel TH-HS Connectors DB9, L2B10f Thermocou Thermocou L0B6f DB25 L1T7f #ch per 3x, 6x 8x, 16x 8x, 16x 4x, 8x 4x, 8x 16xDI, 4xCNT module 16xDO 8xDI, 8xDO Data rate / 20 kS/s...
Page 29: Krypton Single Width
High functions strain types, isolation, isolation, isolation support isolation, isolation, TEDS support support of support of high input 4-20 mA main TC main TC range current types types loop 5.1.1.1. Krypton single width Dimensions : Krypton single KRYPTON® V22-1 29/143...
Page 30: Krypton Dual Width
KRYPTON® TECHNICAL REFERENCE MANUAL 5.1.1.2. Krypton dual width Dimensions : Krypton dual KRYPTON® V22-1 30/143...
Page 31: Krypton One
KRYPTON® TECHNICAL REFERENCE MANUAL 5.1.2. KRYPTON ONE TH-HV Input / Input: Input: Input: Output: Input: Output: Input: Input: Input: Output types Voltage, Voltage, Thermocou Voltage Digital Digital Voltage Voltage Digital IEPE Strain Number of channels per module Connector K-type LEMO...
Page 32: Krypton One Form Factor
KRYPTON® TECHNICAL REFERENCE MANUAL 5.1.2.1. Krypton ONE form factor Dimensions : KRYPTON one KRYPTON® V22-1 32/143...
Page 33: General Connection Diagrams
KRYPTON® TECHNICAL REFERENCE MANUAL 5.1.3. General connection diagrams In illustration below “Typical connection diagrams” parts of the measurement chain are shown: Ampliﬁer ● Connections ● Sensor ● Typical connection diagrams KRYPTON® V22-1 33/143...
Page 34: Acc: Accelerometer
KRYPTON® TECHNICAL REFERENCE MANUAL 5.2. ACC: Accelerometer The ACC modules have BNC input connectors and are perfect for sound and vibration IEPE channels. 5.2.1. ACC: speciﬁcations KRYPTON-4xACC, 8xACC Analog inputs KRYPTON-4xACC, KRYPTON-8xACC Input type Voltage, IEPE Number of channels 4 (4xACC), 8 (8xACC) ADC Type 24-bit delta-sigma with anti-aliasing ﬁlter...
Page 35 TEDS support IEPE mode only Power Power consumption 2 W (typ.) Environmental IP rating IP65 / IP67 (see 1) Physical Dimensions 62 x 56 x 29 mm Weight 250 g 1) Depending on the mating connector types KRYPTON® V22-1 35/143...
Page 36: Krypton-8Xacc
KRYPTON® TECHNICAL REFERENCE MANUAL 5.2.2. KRYPTON-8xACC KRYPTON-8xACC module has 8 BNC connectors for voltage and IEPE measurements. Caution Inputs are single-ended, if isolation is required isolated sensors have to be used. KRYPTON-8xACC 5.2.3. KRYPTON-4xACC KRYPTON-4xACC module has 4 BNC connectors for voltage and IEPE measurements.
Page 37: Kryptoni-1Xacc
Single channel isolated Krypton module with IEPE and voltage input. KRYPTONi-1xACC has a BNC connector. KRYPTONi-1xACC KRYPTON-1xACC can work with 50 kHz if it is the only one in the EtherCAT chain. This feature is useful for the microphone measurements where 50 kHz sampling rate is required. 5.2.5. ACC: Connectors...
Page 38: Acc: Wiring Diagrams
KRYPTON® TECHNICAL REFERENCE MANUAL 5.2.6. ACC: Wiring diagrams 5.2.6.1. ACC: Voltage 5.2.6.2. ACC: IEPE KRYPTON® V22-1 38/143...
Page 39: Ao: Analog Out
62 x 56 x 29 mm Weight 250 g 1) Only asynchronous mode is supported in Dewesoft, function generator is not supported 2) Only DC output voltage, function generator not supported 3) Depending on the mating connector types KRYPTON® V22-1 39/143...
Page 40: Krypton-1Xao
KRYPTON® TECHNICAL REFERENCE MANUAL 5.3.2. KRYPTON-1xAO KRYPTON - 1xAO 5.3.3. AO: connectors Name Description Out + Output + Out - Output - ACC connector: pin-out (BNC) KRYPTON® V22-1 40/143...
Page 41: Can: Controller Area Network
KRYPTON® TECHNICAL REFERENCE MANUAL 5.4. CAN: Controller Area Network KRYPTON CAN interfaces are intended for CAN-FD and CAN acquisition in harsh environments. KRYPTON CAN devices support OBDII, J1939 standard protocols and can output CAN messages. 5.4.1. CAN: speciﬁcations KRYPTONi-2xCAN-USB KRYPTONi-2xCAN USB CAN ports speciﬁcation...
Page 42: Kryptoni-2Xcan-Usb
Storage temperature -40 °C to +85 °C -40 °C to +85 °C Humidity IP protection IP65 / IP67 IP65 / IP67 5.4.2. KRYPTONi-2xCAN-USB KRYPTONi-2xCAN-USB has 2 CAN ports and it uses USB 2.0 as an interface. KRYPTONi-2xCAN-USB KRYPTON® V22-1 42/143...
Page 43: Kryptoni-1Xcan
CAN interface with data rates up to 8 Mbps. KRYPTONi-1xCAN-FD has galvanically isolated communication lines and an isolated sensor supply of +5 V and +12 V. Power limit for the sensor supply is 1.4 W. KRYPTONi-1xCAN-FD KRYPTON® V22-1 43/143...
Page 44: Can: Connectors
Name Description 5 V supply max. current: 500 mA CAN_LOW CAN low DGND Digital Ground Reserved Reserved DGND Digital Ground CAN_HIGH CAN high CAN connector: pin-out (DSUB-9 male) Reserved 12 V supply +12V max. current: 200 mA KRYPTON® V22-1 44/143...
Page 45: Cnt: Counter
KRYPTON® TECHNICAL REFERENCE MANUAL 5.5. CNT: Counter KRYPTON counter modules utilize a patented technology called SUPERCOUNTER® in every of its counter/encoder inputs and in the smallest possible form. It supports counting, waveform timing, encoder, tacho, gear-tooth sensor. 5.5.1. CNT: speciﬁcations...
Page 46: Krypton-4Xcnt
Output Voltage +12 V 12 V +/-10 % 90 mA max. Power Power consumption 1.2 W (typ.) Physical Dimensions 62 x 56 x 29 mm Weight 250 g 5.5.2. KRYPTON-4xCNT KRYPTON-4xCNT has four LEMO 7-pin L1T7f connectors. KRYPTON-4xCNT KRYPTON® V22-1 46/143...
Page 47: Krypton-1Xcnt
KRYPTON® TECHNICAL REFERENCE MANUAL 5.5.3. KRYPTON-1xCNT KRYPTON-1xCNT has a LEMO 7-pin L1T7f connector. KRYPTON-1xCNT 5.5.4. CNT: connectors Name Description IN0/A Input A IN1/B Input B IN2/Z Input Z Ground +5 V 5 V supply max. current: 100 mA CNT connector: pin-out (7-pin LEMO female)
Page 48: Dio: Digital Input/Output
KRYPTON® TECHNICAL REFERENCE MANUAL 5.6. DIO: Digital Input/Output KRYPTON digital input/output modules are perfect choices for control applications. 5.6.1. DIO: speciﬁcations KRYPTONi-16xDI, 8xDI-8xDO, 16xDO KRYPTONi-16xDI KRYPTONi-8xDI-8xDO KRYPTONi-16xDO Digital Input Isolated Input Channels Compatibility CMOS Conﬁguration Input low level UIN < 0.8 V Input high level UIN >...
Page 49 Power consumption 1.5 W (typ.) Physical Dimensions 62 x 56 x 29 mm Weight 250 g 1) Max. combined load on +5 V and +12 V pins: 1.5 W reduced by the load already present on +Vin pin KRYPTON® V22-1 49/143...
Page 50: Kryptoni-16Xdi
1) Max. combined load on +5 V and +12 V pins: 1.5 W reduced by the load already present on +Vin pin Hint The PWM option is currently only supported on Krypton 4xDO devices. You can see the settings of the PWM signal in the 10.1.
Page 51: Kryptoni-16Xdo
KRYPTONi-16xDO module has 16 digital output channels: 8 on each of the two 25-pin DSUB female connectors. KRYPTONi-8xDI-8xDO 5.6.4. KRYPTONi-8xDI-8xDO KRYPTONi-8xDI-8xDO module has 8 digital input channels (25-pin DSUB male connector) and 8 digital output channels (25-pin DSUB female connector). KRYPTONi-8xDI-8xDO KRYPTON® V22-1 51/143...
Page 52: Kryptoni-4Xdi
KRYPTON® TECHNICAL REFERENCE MANUAL 5.6.5. KRYPTONi-4xDI KRYPTON ONE isolated module with 4 digital inputs and power supply on the front 15-pin DSUB male connector. KRYPTONi-4xDI 5.6.6. KRYPTONi-4xDO KRYPTON ONE isolated module with 4 digital outputs and power supply on the front 15-pin DSUB female connector.
Page 53: Dio: Connectors
KRYPTON® TECHNICAL REFERENCE MANUAL 5.6.7. DIO: connectors 5.6.7.1. KRYPTON Multichannel DIO modules: connectors Digital output: DSUB-25 female Digital input: DSUB-25 male KRYPTON® V22-1 53/143...
Page 54 Digital input CH8 - GNDiso Isolated ground Ground Ground Ground Ground Ground Ground Note When using the supply from the Krypton module ( pin 9, 10 or 11) please keep in mind to connect the GND iso with GND KRYPTON® V22-1 54/143...
Page 55: Krypton 4Xdi And 4Xdo Connectors
Supply voltage, max. 200 mA /200mA Supply voltage, max. 200 mA supply supply Note When using the supply from the Krypton module (pin 11, 12 or 15) please keep in mind to connect the GND iso with GND KRYPTON® V22-1 55/143...
Page 56: Hv: High Voltage
Delay Through ADC 37 / fs Oversampling Power Power consumption 1 W (typ.) Environmental IP rating IP65 / IP67 (see 1) Physical Dimensions 62 x 56 x 36 mm Weight 300 g 1) Depending on the mating connector types KRYPTON® V22-1 56/143...
Page 57: Kryptoni-1Xhv
KRYPTON® TECHNICAL REFERENCE MANUAL 5.7.2. KRYPTONi-1xHV KRYPTONi-1xHV has two banana front connectors for single channel high voltage measurement. KRYPTONi-1xHV 5.7.3. HV: connectors Name Description Input + Input - HV connector: pin-out (Banana plug) KRYPTON® V22-1 57/143...
Page 58: Hv: Wiring Diagrams
KRYPTON® TECHNICAL REFERENCE MANUAL 5.7.4. HV: wiring diagrams 5.7.4.1. HV: Voltage KRYPTON® V22-1 58/143...
Page 59: La: Low Amperage
Environmental Rating (see 1) IP67 Ampliﬁer type Power Consumption 6.8 W Weight 1000 g Slice Dimensions 213 x 54 x 56 mm Dimensions with Connectors 213 x 54 x 66.8 mm 1) Depending on the mating connector types KRYPTON® V22-1 59/143...
Page 60: Kryptoni-8Xla
KRYPTON® TECHNICAL REFERENCE MANUAL 5.8.2. KRYPTONi-8xLA KRYPTONi-8xLA has 8 BNC input connectors for current measurement. KRYPTONi-8xLA 5.8.3. LA: connectors Name Description Input + Ground BNC connector: pin-out (BNC) 5.8.4. LA: wiring diagrams 5.8.4.1. LA: Current KRYPTON® V22-1 60/143...
Page 61: Low Voltage
KRYPTON® TECHNICAL REFERENCE MANUAL 5.9. LV: Low Voltage Krypton LV modules are rugged isolated DAQ devices for low voltage measurements. 5.9.1. LV: speciﬁcations KRYPTONi-4xLV, 8xLV Analog input KRYPTONi-4xLV KRYPTONi-8xLV Input type Isolated voltage Number of channels ADC Type 24-bit oversampled SAR with 41 kHz anti-aliasing ﬁlter...
Page 62 Alias-free Bandwidth DC to 0.453 fs Alias Rejection -100 dB (all sample rates) Delay Through ADC 37 / fs Oversampling Power Power consumption 1.5 W (typ.) Physical Dimensions 62 x 56 x 29 mm Weight 250 g KRYPTON® V22-1 62/143...
Page 63: Kryptoni-8Xlv
KRYPTON® TECHNICAL REFERENCE MANUAL 5.9.2. KRYPTONi-8xLV KRYPTONi-8xLV has 8 BNC input connectors for voltage measurement. KRYPTONi-8xLV 5.9.3. KRYPTONi-4xLV KRYPTONi-4xLV has 4 BNC input connectors for voltage measurement. KRYPTONi-4xLV KRYPTON® V22-1 63/143...
Page 64: Kryptoni-1Xlv
KRYPTON® TECHNICAL REFERENCE MANUAL 5.9.4. KRYPTONi-1xLV KRYPTONi-1xLV is a single channel low voltage module with BNC connector. KRYPTONi-1xLV 5.9.5. LV: connectors Name Description Input + Ground BNC connector: pin-out (BNC) KRYPTON® V22-1 64/143...
Page 65: Wiring Diagrams
KRYPTON® TECHNICAL REFERENCE MANUAL 5.9.6. LV: wiring diagrams 5.9.6.1. LV: Voltage KRYPTON® V22-1 65/143...
Page 66: Rtd: Resistance Temperature Detector
KRYPTON® TECHNICAL REFERENCE MANUAL 5.10. RTD: Resistance Temperature Detector KRYPTON RTD module with 6-pin Lemo 0B input connectors is used for measurements with universal platinum thermometer probes, thermistors, as well as for resistance and voltage measurements. 5.10.1. RTD: speciﬁcations KRYPTONi-8xRTD...
Page 67: Kryptoni-8Xrtd
KRYPTON® TECHNICAL REFERENCE MANUAL 5.10.2. KRYPTONi-8xRTD KRYPTONi-8xRTD 5.10.3. RTD: connectors Name Description Input + Input- Do not connect EXC+ Excitation + EXC- Excitation- RTD connector: pin-out (6-pin LEMO) Ground Isolated Connector type LEMO L0B6f Mating connector: FGA.0B.306.CLAD52Z KRYPTON® V22-1 67/143...
Page 68: Rtd: Wiring Diagrams
KRYPTON® TECHNICAL REFERENCE MANUAL 5.10.4. RTD: wiring diagrams 5.10.4.1. RTD: Voltage 5.10.4.2. RTD: Resistance KRYPTON® V22-1 68/143...
Page 69: Rtd: Temperature (3-Wire)
KRYPTON® TECHNICAL REFERENCE MANUAL 5.10.4.3. RTD: Temperature (3-wire) 5.10.4.4. RTD: Temperature (4-wire) KRYPTON® V22-1 69/143...
Page 70: Stg: Strain Gauge
TECHNICAL REFERENCE MANUAL 5.11. STG: Strain Gauge KRYPTON STG modules have universal differential voltage and Full / Half / Quarter bridge input. STG modules are available in 1, 3 and 6 channel conﬁgurations and are compatible with DSI adapters. 5.11.1. STG: speciﬁcations...
Page 71 5.9 W (8.9 W load 120 Ω @ 5 V) Weight 740 g 1100 g Slice Dimensions 213 x 39 x 56 mm 213 x 54 x 56 mm Dimensions with Connectors 213 x 39 x 58.2 mm 213 x 54 x 58.2 mm KRYPTON® V22-1 71/143...
Page 72 Stability 10 % to 90 % Load < 0.01 % Current Limit 42 mA (400 mW max. Power) Protection Continuous short to ground Bridge Connection Types full bridge strain, ½ bridge strain, ¼ bridge strain (3 wire) KRYPTON® V22-1 72/143...
Page 73: Krypton-6Xstg
Physical Dimensions 62 x 56 x 29 mm Weight 250 g 5.11.2. KRYPTON-6xSTG KRYPTON-6xSTG module has 6 DSUB-9 female connectors for voltage or strain measurement. KRYPTON-6xSTG 5.11.3. KRYPTON-6xSTG-L2B10f KRYPTON-6xSTG-L2B10fs module has 6 LEMO L2B10fs connectors for voltage or strain measurement.
Page 74: Krypton-3Xstg
KRYPTON® TECHNICAL REFERENCE MANUAL 5.11.4. KRYPTON-3xSTG KRYPTON-3xSTG module has 3 DSUB-9 female connectors for voltage or strain measurement. KRYPTON-3xSTG 5.11.5. KRYPTON-3xSTG-L2B10fs KRYPTON-3xSTG-L2B10fs module has 3 LEMO L2B10fs connectors for voltage or strain measurement. KRYPTON-3xSTG-L2B10fs KRYPTON® V22-1 74/143...
Page 75: Kryptoni-1Xstg
(20 mA, 2 mA). Module has one DSUB-9 female input connector. KRYPTONi-1xSTG 5.11.7. STG: connectors Name Description Exc+ Excitation + Input + Sns- Sense- Ground ¼ Bridge / Shunt Sns+ Sense+ STG connector: pin-out (DSUB-9 female) Input- Exc- Excitation- TEDS TEDS KRYPTON® V22-1 75/143...
Page 76: Stg: Wiring Diagrams
STG-L2B10fs connector: pin-out (10-pin LEMO female) EXC+ Excitation + Ground Input- Input + 5.11.8. STG: wiring diagrams 5.11.8.1. STG: Voltage Single ended Differential Use only when sensor Output (+) and Output (-) are referenced to Gnd. Gnd must be connected. KRYPTON® V22-1 76/143...
Page 77: Stg: Bridge
KRYPTON® TECHNICAL REFERENCE MANUAL 5.11.8.2. STG: Bridge Full-bridge Half-bridge Quarter-bridge KRYPTON® V22-1 77/143...
Page 78: Stg: Current
KRYPTON® TECHNICAL REFERENCE MANUAL 5.11.8.3. STG: Current External direct shunt External loop powered shunt Internal shunt This feature is limited only to KRYPTONi-1xSTG. KRYPTON® V22-1 78/143...
Page 79: Stg: Potentiometer
KRYPTON® TECHNICAL REFERENCE MANUAL 5.11.8.4. STG: Potentiometer KRYPTON® V22-1 79/143...
Page 80: Th, Th-Hs: Thermocouple
KRYPTON® TECHNICAL REFERENCE MANUAL 5.12. TH, TH-HS: Thermocouple KRYPTON TH and KRYPTON TH-HS modules are isolated rugged DAQ devices for temperature measurements using thermocouples. 5.12.1. TH: speciﬁcations KRYPTONi-8xTH, 16xTH Analog inputs KRYPTONi-8xTH KRYPTONi-16xTH Input type Isolated universal thermocouple and voltage...
Page 81: Kryptoni-8Xth
1.04 °C 1.68 °C 1.35 °C 1700 °C 1.58 °C 1.71 °C 1.70 °C 1.65 °C 5.12.2. KRYPTONi-8xTH KRYPTONi-8xTH module has 8 thermocouple-connectors for temperature measurement. KRYPTONi-8xTH 5.12.3. KRYPTONi-16xTH KRYPTONi-16xTH module has 16 thermocouple-connectors for temperature measurement. KRYPTONi-16xTH KRYPTON® V22-1 81/143...
Page 82: Th And Th-Hs: Specifications
Environmental rating (see 1) IP67 Ampliﬁer type KRYPTONi-8xTH-HS KRYPTONi-16xTH-HS Power consumption 2.6 W (max. 3 W) 4.3 W (max. 4.9 W) Weight 750 g 1060 g Dimensions 213 x 39 x 56 mm 213 x 54 x 56 mm KRYPTON® V22-1 82/143...
Page 83: Kryptoni-8Xth-Hs
0.85 °C 1.27 °C 1.04 °C 1700 °C 1.19 °C 1.28 °C 1.28 °C 1.17 °C 5.12.5. KRYPTONi-8xTH-HS KRYPTONi-8xTH-HS module has 8 thermocouple-connectors for temperature measurement. KRYPTONi-8xTH-HS 5.12.6. KRYPTONi-16xTH-HS KRYPTONi-16xTH-HS module has 16 thermocouple-connectors for temperature measurement. KRYPTONi-16xTH-HS KRYPTON® V22-1 83/143...
Page 84: Kryptoni-1Xth-Hv: Specifications
< 0.001 °C Sampling rates 100, 80, 40, 20, 10 S/sec Typical Noise 0.007°C RMS @ Type K @ 10 S/sec Power Power consumption 1.3 W (typ.) Physical Dimensions 62 x 56 x 36 mm Weight 300 g KRYPTON® V22-1 84/143...
Page 85: Kryptoni-1Xth-Hv
1700 °C 5.12.8. KRYPTONi-1xTH-HV KRYPTONi-1xTH-HV is a single channel isolated module with LEMO REDEL H02 input connector for thermocouple temperature measurement. KRYPTONi-1xTH-HV is a perfect solution as thermocouple input for high voltage potential for battery measurements. KRYPTONi-1xTH-H KRYPTON® V22-1 85/143...
Page 86: Th And Th-Hs: Connectors
Input- Thermocouple connector: pin-out (Mini TC) Name Description Input+ Input- Thermocouple connector: pin-out (2-pin LEMO REDEL H02 male) Connector type LEMO CKC.H02.SLKGY Mating connector: CFC.H02.SLK.C52GZY 5.12.10. TH and TH-HS: wiring diagrams 5.12.10.1. KRYPTONi-8xTH, 16xTH; KRYPTONi-8xTH-HS, 16xTH-HS: Voltage KRYPTON® V22-1 86/143...
Page 87: Kryptoni-8Xth, 16Xth; Kryptoni-8Xth-Hs, 16Xth-Hs: Temperature
KRYPTON® TECHNICAL REFERENCE MANUAL 5.12.10.2. KRYPTONi-8xTH, 16xTH; KRYPTONi-8xTH-HS, 16xTH-HS: Temperature T-type thermocouple S-type, R-type thermocouple N-type thermocouple K-type thermocouple KRYPTON® V22-1 87/143...
Page 88 KRYPTON® TECHNICAL REFERENCE MANUAL J-type thermocouple E-type thermocouple B-type thermocouple C-type thermocouple KRYPTON® V22-1 88/143...
Page 89: Kryptoni-1Xth-Hv: Temperature
KRYPTON® TECHNICAL REFERENCE MANUAL 5.12.10.3. KRYPTONi-1xTH-HV: Temperature K-type thermocouple KRYPTON® V22-1 89/143...
Page 90: Krypton Cpu
EXTREME OPERATING TEMPERATURE: KRYPTON CPU is able to operate in extreme temperatures ranging from -40 °C to 70 °C. SMALLEST DATA LOGGER: KRYPTON CPU is a very small data logger and is ready to be placed in tight places and for applications where space is limited.
Page 91: Krypton Cpu: Specifications
KRYPTON® TECHNICAL REFERENCE MANUAL 6.1. KRYPTON CPU: speciﬁcations Computer Processor Intel® Atom™ Quad Core at 1.91 GHz Memory 4 GB Storage Non-removable 240 GB mSATA SSD Interfaces and options 3x USB 2.0 Ethernet 1x GLAN (Push-Pull), 1x WLAN (RP-SMA Female Jack) EtherCAT®...
Page 92: Krypton Cpu: Dimensions
KRYPTON® TECHNICAL REFERENCE MANUAL 6.2. KRYPTON CPU: dimensions Dimensions-KRYPTON CPU KRYPTON® V22-1 92/143...
Page 93: Connectors
5seconds the Krypton CPU will be forced to shut down. IMPORTANT When you lower the Voltage on the Remote - On, the Krypton CPU will start the shut-down procedure. If the Krypton CPU does not turn off in 60 seconds, it is suspected that something went wrong and the power is taken from the system (Forced shut-down).
Page 94: Krypton Accessories
TECHNICAL REFERENCE MANUAL 7. KRYPTON Accessories 7.1. KRYPTON Power Supply The Krypton Power Supply is available as an option.. You can connect the LEMO 8-pin connector of the Krypton Power Supply directly to the OUT connector of the Krypton module. Article number...
Page 95: Ecat Power Junction
The ECAT Power Junction box (article number: ECAT-POWER-JUNCTION) can be used to inject power into the Ethernet connection between your PC and the KRYPTON modules: so that you only have one cable for power and data to your KRYPTON modules.
Page 96: Pinout : Power In Connector
Power will be connected from 2pin PS LEMO V+ to VCC of the 8pin LEMO. V- is GND on the 8pin LEMO. 7.3.2. Pinout : RJ45 connector Name Description TX_P Transmission + TX_N Transmission - RX_P Reception + RX_N Reception - Ethernet connector: pin-out (RJ-45 female) KRYPTON® V22-1 96/143...
Page 97: Pinout : Ethercat Connector
Description TX_P Transmission + TX_N Transmission - RX_P Reception + RX_N Reception - PWR IN PWR IN ECAT connector: pin-out (8-pin LEMO female) Ground Ground IN connector (on the device): EEJ.1B.308.CLD Mating connector (for the cable): FGJ.1T.308.CLL.1433 KRYPTON® V22-1 97/143...
Page 98: Ecat Power Injector
7.4. ECAT Power Injector The ECAT Power Injector box (article number: ECAT Power Injector) can be used to inject power into the Ethernet connection between KRYPTON modules, when you can have a very long measurement chain. Connector Label Connector type...
Page 99: Pinout : Pwr Connector
Description TX_P Transmission + TX_N Transmission - RX_P Reception + RX_N Reception - PWR IN PWR IN ECAT connector: pin-out (8-pin LEMO female) Ground Ground IN connector (on the device): EEJ.1B.308.CLD Mating connector (for the cable): FGJ.1T.308.CLL.1433 KRYPTON® V22-1 99/143...
Page 100: Pinout: Ethercat In Connector
The connector for EtherCAT is a LEMO 1B 8-pin male connector. Name Description TX_P Transmission + TX_N Transmission - RX_P Reception + RX_N Reception - IN connector: pin-out (8-pin LEMO male) IN connector (on the device): EEJ.1B.308.CLD Mating connector (for the cable): FGJ.1T.308.CLL.1433 KRYPTON® V22-1 100/143...
Page 101: Ecat Sync Junction
8-pin LEMO EtherCAT input connector: e.g. connection to the PC via L1T8f-RJ45-1M cable 8-pin LEMO EtherCAT output connector to your Krypton slice/s use any of the ECAT to ECAT expansion cables (e.g. L1T8m-L1T8f-10M). SYNC 4-pin LEMO Input connector for the IRIG-B-DC signal (TTL level), e.g. external, or directly...
Page 102: Pinout : Ethercat Out Connector
Description TX_P Transmission + TX_N Transmission - RX_P Reception + RX_N Reception - PWR IN PWR IN IN connector: pin-out (8-pin LEMO male) Ground Ground IN connector (on the device): EEJ.1B.308.CLD Mating connector (for the cable): FGJ.1T.308.CLL.1433 KRYPTON® V22-1 102/143...
Page 103: Pinout: Sync Connector
Power speciﬁcation Power Supply 9-48 V DC Current 8 A DC max Environmental speciﬁcation Operating Temperature -40 to 70°C Storage Temperature -40 to 85°C Shock & Vibration Shock: SIST EN 60068-2-27:2009 (100 g, 6 ms) Random vibration KRYPTON® V22-1 103/143...
Page 104: Ecat Gps Junction
TECHNICAL REFERENCE MANUAL 7.6. ECAT GPS Junction ECAT GPS Junction is used for synchronization between SIRIUS-EtherCAT or KRYPTON series to SIRIUS, IRIG-B-DC or GPS. ECAT GPS junction has a built-in 10 Hz GPS receiver and connector for connecting GPS or IRIG-B-DC time code signal. The devices are synchronized using this time code. The built-in GPS receiver can also be used for recording positioning, just like with any other navigational device.
Page 105: Pinout : Ethercat Out Connector
Description TX_P Transmission + TX_N Transmission - RX_P Reception + RX_N Reception - PWR IN PWR IN IN connector: pin-out (8-pin LEMO male) Ground Ground IN connector (on the device): EEJ.1B.308.CLD Mating connector (for the cable): FGJ.1T.308.CLL.1433 KRYPTON® V22-1 105/143...
Page 106: Pinout: Sync Connector
KRYPTON® TECHNICAL REFERENCE MANUAL 7.6.3. Pinout: Sync connector Name Description Clock Trigg Trigger GPS-PPS GPS - PPS DGND Digital Ground Sync connector: pin-out (4-pin LEMO female) Interface connector: EEG.00.304.CLL Mating connector: FGG.00.304.CLAD27Z KRYPTON® V22-1 106/143...
Page 107: Hardware Overview
Device Description Connector Connector Type Art. Number-Example Data, Sync and Power connection between the ECAT to ECAT Krypton™ slices, the Sirus EtherCAT slice and L1T8m - L1T8f DS-EtherCAT DS-EtherCAT the Krypton CPU. device IN device OUT (8-pin LEMO) (8-pin LEMO) 8.1.2.
Page 108: Pinout: Out Connector
Description TX_P Transmission + TX_N Transmission - RX_P Reception + RX_N Reception - PWR OUT OUT connector: pin-out (8-pin LEMO female) PWR OUT Ground Ground OUT connector (on the device): EEG.1B.308.CLN Mating connector (for the cable): FGG.1T.308.CLA.1433 KRYPTON® V22-1 108/143...
Page 109: Leds Blinking Codes
L - D - L. The LED blinking codes adhere to the EtherCAT speciﬁcation. L means Link: i.e. the In- (left L-LED) or Out-connector (right L-LED) is linked to another Krypton ● slice or to the measurement PC, D is for Data: it is active only when the Data transfer is active this requires that power is ●...
Page 110: Pre-Op State
In this state the EtherCAT master is detecting the slaves and reads their basic information: the D LED is blinking fast. DewesoftX® will set the Krypton slice in the PRE-OP state when you enter the Device settings or when you are loading the setup.
Page 111: Safe-Op State
In this state the EtherCAT master is already reading the data from the slice/s at a slow sampling rate: the D LED is slowly blinking. DewesoftX® will set the Krypton slice/s in the SAFE-OP state when you are in Channel Setup.
Page 112: Mechanical Locking Of Modules
TECHNICAL REFERENCE MANUAL 8.3. Mechanical locking of modules KRYPTON modules can easily be stacked together. The mechanical lock mechanism is on the top and bottom of each KRYPTON module. Here is a view of the bottom lock mechanism: Bottom lock mechanism ❶...
Page 113: Mounting Plates
TECHNICAL REFERENCE MANUAL 8.4. Mounting plates 8.4.1. DS-MOUNT-K2 Aluminium mounting plate with click mechanism for mounting on the bottom side of KRYPTON module. For detailed technical drawings please contact the Dewesoft team. Fits to: KRYPTON single, KRYPTON dual, KRYPTON CPU Hint The mechanism is not meant to sustain large vibrations and a huge stack of devices.
Page 114: Ds-Mount2-K
Aluminium mounting plate with click mechanism for mounting two KRYPTONs (bottom side to the mounting plate) or KRYPTON CPU. The assembly can be afterward ﬁtted to the top of the SIRIUS module. For detailed technical drawings please contact the Dewesoft team.
Page 115: Connection Overview
(e.g M10). In the speciﬁcation tables you can ﬁnd a power consumption of each Krypton device and calculate approximate consumption. You can also calculate the collective consumption with our...
Page 116 The following table shows the signal line coding that will be used in the following system connection examples. Device / Connector Cable Device / Connector Description EtherCAT connection from PC to the KRYPTON EtherCAT Ethernet RJ45 to LEMO 1T device. 8pin female Input / Output of the synchronization signal. Sync LEMO 00B 4pin male...
Page 117: Only Ethercat Devices
KRYPTON® TECHNICAL REFERENCE MANUAL 9.1. Only EtherCAT devices When you only use Dewesoft EtherCAT devices (Krypton or Sirius EtherCAT), the connection is straightforward via ECAT to ECAT cable. A system with only ECAT devices (Krypton ONE, KRYPTON-8xTH, SIRIUSe, and KRYPTON-CPU)
Page 118: Power Injector
TECHNICAL REFERENCE MANUAL 9.2. Power Injector The Power Injector box can be used to inject power to long EtherCAT measurement chains. The Power Injector box needs an external power supply and must be connected directly between the EtherCAT devices. KRYPTON® V22-1 118/143...
Page 119 KRYPTON® TECHNICAL REFERENCE MANUAL A system with Power Injector List of required cables: Function Dewesoft order code Power supply PS-120-L1T8m EtherCAT EtherCAT to EtherCAT: L1T8m-L1T8f, ECAT - PC connection: L1T8f-RJ45 KRYPTON® V22-1 119/143...
Page 120: Power Junction
In the example we connect a PC to the Krypton chain. Effective use of the Power Junction is when the Krypton devices are far away from the PC or a system and there is no power supply available (i.e. in a temperature measurement chamber).
Page 121: Distributed System With Krypton One
9.4. Distributed system with Krypton ONE Krypton One devices can be used in a remote area from other used devices connected with a ECAT-ECAT cable up to 100 m length. The pocket-size allows the modules to be mounted in tight places, right next to the sensors.
Page 122: Ecat Sync Junction/Ecat Gps Junction
Left system with Sync Junction - Right system with GPS EtherCAT junction List of required cables: Function Dewesoft order code Power supply PS-120-L1T8m EtherCAT EtherCAT to EtherCAT: L1T8m-L1T8f, ECAT - PC connection: L1T8f-RJ45 Synchronization L00B4m-L00B4m HF-GPS cable SMA-TNC KRYPTON® V22-1 122/143...
Page 123 KRYPTON® TECHNICAL REFERENCE MANUAL The second purpose is to synchronize data between EtherCAT data lines (e.g Krypton line) with USB data line (e.g. Sirius USB or DEWE-43-A). Synchronizing data from USB and ECAT data lines with Sync junction List of required cables:...
Page 124: Connecting Sirius-R4 And Krypton Stg
KRYPTON® TECHNICAL REFERENCE MANUAL 9.6. Connecting SIRIUS-R4 and Krypton STG The ECAT sync junction is not required with IOLITE, SIRIUSe, R1, R2, R4, R8 or MINITAURs DAQ systems when extended with EtherCAT devices, because the sync junction is already built into the systems.
Page 125: Soft-Sync Connection
USB1-USB2s or USB1s-USB2s Of course, other Krypton devices can be used, but you need to take into account that modules can only run up to 100 Hz in the Soft-Sync mode. When a higher sample rate is chosen the synchronization won’t be perfect.
Page 126: Mixed System
A mixed system with a built-in sync junction List of required cables: Function Dewesoft order code Power supply PS-120-L1B2f Supply Daisy chain L1B2m-L1B2f EtherCAT to EtherCAT: L1T8m-L1T8f, Ethercat ECAT - PC connection: L1T8f-RJ45 Synchronization L00B4m-L00B4m USB1-USB2s or USB1s-USB2s KRYPTON® V22-1 126/143...
Page 127: Use Computer Which Has More Than One Ethernet Port
In this conﬁguration, the EtherCAT chains need to be synchronized to each other, so every chain also needs a Sync junction. Connection done with two Ethernet ports List of required cables: Function Dewesoft order code PS-120-L1T8m Power supply EtherCAT to EtherCAT: L1T8m-L1T8f, Ethercat ECAT - PC connection: L1T8f-RJ45 Synchronization L00B4m-L00B4m KRYPTON® V22-1 127/143...
Page 128: Use The Ds-Hube7 Junction
The chains will behave as one, so no additional synchronization is needed. Connection done with DS-HUBe7 List of required cables: Function Dewesoft order code PS-120-L1T8m Power supply EtherCAT to EtherCAT: L1T8m-L1T8f, Ethercat ECAT - PC connection: L1T8f-RJ45 KRYPTON® V22-1 128/143...
Page 129: Advanced
10. Advanced 10.1. PWM output on Krypton 4xDO The Krypton 4xDO module has integrated an additional option for the PWM signal output. The option is supported with the Dewesoft X3 SP5 release or newer. The PWM can be enabled in the A/D out module. Go to Settings of the digital out channel and choose the "On"...
Page 130 KRYPTON® TECHNICAL REFERENCE MANUAL Adjusting Duty Cycle in Measure mode KRYPTON® V22-1 130/143...
Page 131: Appendix
If we use a baud rate of 2400 and a phase modulation (which can transmit four bits per baud), this means that we can transfer 9600 bit/s. 2400 baud x 4 bits per baud = 9600 bps. The baud rate (communication speed) between the DS GATE and the measurement modules can be conﬁgured via software. KRYPTON® V22-1 131/143...
Page 132 The measurement modules use DSPs to process the measured data. Fast Fourier transformation (FFT) can be used to show the frequency components of the acquired signals in amplitude and frequency. DewesoftX® has a built-in visual control that makes FFT easy to use. KRYPTON® V22-1 132/143...
Page 133 LEMO is the name of the high quality push-pull connectors that are used for cable connections: e.g. the power-supply cable and the sync cables of the SIRIUS® system. The company that produces these www.lemo.com connectors is also called LEMO ( KRYPTON® V22-1 133/143...
Page 134 ﬁelds, including electrical engineering. Resistance thermometers, also called resistance temperature detectors or resistive thermal devices (RTDs), are temperature sensors that exploit the predictable change in electrical resistance of some materials with changing temperature; e.g. Pt100 and Pt1000. KRYPTON® V22-1 134/143...
Page 135 (usually PCs). SIRIUS® systems use a USB connection to connect to a PC. Windows® A PC operating system by Microsoft®. DewesoftX® will work on Windows® 10, Windows® 7 Windows® XP, Windows® Vista and Windows®. Windows® is a registered trademark of Microsoft Corporation in the United States and other countries. KRYPTON® V22-1 135/143...
Page 136: Warranty Information
For information regarding service and repairs please contact your local distributor ﬁrst or Dewesoft directly on https://dewesoft.com/support/rma-service. 12.4. Restricted rights Use Slovenian law for duplication or disclosure. Dewesoft d.o.o. Gabrsko 11a, 1420 Trbovlje, Slovenia / Europe. KRYPTON® V22-1 136/143...
Page 137: Copyright
We take pride in our products and we take care that all key products and technologies are registered as trademarks all over the world. The Dewesoft name is a registered trademark. Product families (KRYPTON, SIRIUS, DSI, DS-NET, IOLITE) and technologies (DualCoreADC, SuperCounter, GrandView) are registered trademarks as well.
Page 138: Safety Instructions
All accessories shown in this document are available as an option and will not be shipped as standard parts. 13.1.1. Environmental Considerations Information about the environmental impact of the product. KRYPTON® V22-1 138/143...
Page 139: Product End-Of-Life Handling
Please note the characteristics and indicators on the system to avoid ﬁre or electric shocks. Before ● connecting the system, please read the corresponding speciﬁcations in the product manual carefully. The inputs must not, unless otherwise noted (CATx identiﬁcation), be connected to the main ● circuit of category II, III and IV. KRYPTON® V22-1 139/143...
Page 140 DO NOT use the system in rooms with ﬂammable gases, fumes or dust or in adverse ● environmental conditions. Avoid operation in the immediate vicinity of high magnetic or electromagnetic ﬁelds, ● transmitting antennas or high-frequency generators, for exact values please refer to enclosed speciﬁcations. KRYPTON® V22-1 140/143...
Page 141 This product has left the factory in safety-related ﬂawlessness and in proper condition. In order to maintain this condition and guarantee safety use, the user has to consider the security advice and warnings in this manual. KRYPTON® V22-1 141/143...
Page 142: Documentation Version
Remote-on pin description for Krypton CPU ● PWM option explanation ● V22-1 24.01.2022 Updated picture of Krypton chain connected to PC (page 118) ● 5.5.3. CNT: connectors, change max current ● Updated DS-HUBe7 junction picture (Chapter 9.9.2.) ● Added LEMO connector type for 1xTH ●...
Page 143: Previous Versions History
KRYPTON-1xCNT ○ KRYPTONi-4xDI ○ KRYPTONi-4xDO ○ KRYPTONi-1xHV ○ KRYPTONi-1xLV ○ KRYPTONi-1xSTG ○ KRYPTONi-1xTH-HV ○ Added KRYPTON-CPU ● Added ECAT GPS Junction ● 2.0.1 23.01.2019 Changed ﬁgure 4.7.3.1. KRYPTON Multichannel DIO modules: ● connectors --- THE END --- KRYPTON® V22-1 143/143...