X-16s Users Manual
Contents
1. X 16s Users Manual Appendix A Specifications Altitude up to 2000m Operating Temperature 40 C to 65 5 C 40 F to 150 F Storage Temperature 40 C to 85 C 40 F to 185 F Humidity 5 95 non condensing Mechanical Size 1 41 x 3 88 x 3 1 in 35 7 x 98 5 x 78 mm not including connector Weight 4 8 oz 136 g Electromagnetic Compliance IEC CISPR 22 CISPR 24 FCC 47CFR15 Class B EN55024 ITE Immunity 2010 EN55022 Emissions 2010 Product Safety Compliance UL 61010 1 Electrical Equipment for Measurement Control and Laboratory Use CE LISTED PROCESS CONTROL EQUIPMENT E468316 Xytronix Research amp Design Inc Page 21 Appendix B Trademark and Copyright Information X 16s Users Manual Appendix B Trademark and Copyright Information This document is Copyright 2014 by Xytronix Research amp Design Inc All rights reserved X 600M WebRelay ControlIByWeb and Xytronix Research amp Design are trademarks of Xytronix Research amp Design Inc 2005 2014 All other trademarks are the property of their respective owners All parts of this product and design including but not limited to firmware hardware design schematics PCB layout concept graphics users manual etc are property of Xytronix Research amp Design Inc 2005 2014 X 600M may not be opened disassembled copied or reverse engineered No part of this manual may be reproduced or transmi2. amp Design Inc Page 19 Appendix A Specifications X 16s Users Manual Appendix A Specifications Power Requirements Input Voltage 9 28 VDC power is supplied via the expansion bus cable 24V recommended Current See table below for typical values at 25 C Power Supply Current 9 VDC 40 mA 12 VDC 30 mA 24 VDC 18 mA Analog Inputs Number of Inputs 8 single ended 4 differential or a combination Input Range 0 5V 0 1V min 5 1V max all channels Conversion Method 24 bit A ADC Resolution 10uV Maximum Inaccuracy 0 075 full scale Input Offset Voltage 10uV Input Bias Current 350nA Conversion Rate 7 Hz Reference Output Voltage 5 00V Current 50mA max Accuracy 0 04 Temperature Coefficient 3ppm C Max Connector Type 14 position removable 3 81 mm pitch Connection wire Use wire rated for 75 C min for connections to the terminal blocks Stripping Length 7mm Connection capacity 1 5mm stranded 1 5mm solid Conductor minimum 30AWG UL CUL Conductor maximum 14 AWG UL CUL Conductor Type Copper Tightening torque 0 22 Nm min 0 25 Nm max Replacement part number Phoenix Contact 1803691 Expansion Connector Connector Ribbon cable 2x5 position polarized 0 100 pitch Communications RS 485 LED Indicators Green Power On Environmental Indoor use or NEMA 4 protected location Page 20 Xytronix Research amp Design Inc
3. 1 5mm stranded 1 5mm solid Conductor minimum 30AWG UL CUL Conductor maximum 14 AWG UL CUL Conductor Type Copper Tightening torque 0 22 Nm min 0 25 Nm max Xytronix Research amp Design Inc Page 7 Installation and Connections X 16s Users Manual 12 Pin Connector Pinout Terminal Description 5Vref 5 0V reference output 50mA maximum 5Vref 5 0V reference output internally connected to above Aint Analog Input 1 0 5V or Differential Ain1 Ain2 Analog Input 2 0 5V or Differential Ain1 Agnd Analog Ground Ain3 Analog Input 3 0 5V or Differential Ain3 Ain4 Analog Input 4 0 5V or Differential Ain3 Agnd Analog Ground Ain5 Analog Input 5 0 5V or Differential Ain5 Ain6 Analog Input 6 0 5V or Differential Ain5 Agnd Analog Ground Ain7 Analog Input 7 0 5V or Differential Ain7 Ain8 Analog Input 8 0 5V or Differential Ain7 Agnd Analog Ground Page 8 Xytronix Research amp Design Inc X 16s Users Manual Installation and Connections 2 4 Analog Input Connections The analog inputs must be in the range of 0 0V to 5 0V Analog sensors that provide an output voltage in the range of 0 to 5 volts can be connected directly to the X 16s module Voltages outside this range will be clamped internally by the X 16s to 0 0 and 5 0V respectively The inputs are internally protected with a 1K ohm resistor and a pair of
4. Name Description Address Port Model Serial Number mz Edit Dashboards device1 X600M master unit n a X 600M 00 0c c8 00 00 72 Showing 1 1 of 1 Devices tt 5 z gt 4 View Dashboards 2 In this example we are going to add an X 16s analog expansion module Click the Add button for the X 16s 000 j S Setup xW A w7 gt C 192 168 1 2 setup html mg XLG6O0OO M Welcome Administrator CONTROLBYWEB Commit Changes Abandon Changes Logout Pa System E Devices Find Devices Network List of automatically detected new devices New Devices Found k Co ntrol Logic Rescan Bac Show 10 entries E Logging Model Serial Number ag Address Description Name Select 4 Edit Dashboards ype X 11S 0000004f SERIAL AUTO_GENERATE AUTO_GENERATE AUTO_GENERATE Add X 13S K 0000005c SERIAL AUTO_GENERATE AUTO_GENERATE AUTO_GENERATE Add H View Dashboards X 128 00000020 SERIAL AUTO_GENERATE AUTO_GENERATE AUTO_GENERATE Add X 15S 00000001 SERIAL AUTO_GENERATE AUTO_GENERATE AUTO_GENERATE Add X 16S 0000006e SERIAL AUTO_GENERATE AUTO_GENERATE AUTO_GENERATE Add Showing 1 to 5 of 5 entries Status Ready For product support go to www ControiByWeb com Previous Next Xytronix Research amp Design Inc Xytronix Research amp Design Inc Page 17 Configuration and Setup X 16s Users Manual 3 In the Se ect column click the checkboxes of the I O components you wou
5. SERIAL AUTO_GENERATE AUTO_GENERATE AUTO_GENERATE Add X 15S 00000001 SERIAL AUTO_GENERATE AUTO_GENERATE AUTO_GENERATE Add Showing 1 to 4 of 4 entries Status Ready For product support go to www ControlBy Web com Previous Next gt Xytronix Research amp Design Inc Page 18 Xytronix Research amp Design Inc X 16s Users Manual Configuration and Setup 5 On the main menu click the View Dashboards menu tab The View Dashboards page shows a display similar to what users will see when accessing the X 600M s control page The measurement data for all eight analog inputs should be shown Use this page to test and debug the dashboards panels widgets and components in real time A pull down menu allows access to other dashboards Within minutes you can experience the power and flexibility of the dashboard s user interface and experiment test the buttons sliders and data entry boxes to meet your needs for your specific application m 009 8 Setup x W A S 2 e O 192 168 1 2 setup html X6 oO oO M Welcome Administrator CONTROLBYWEB Commit Changes Abandon Changes Logout Va System X600M Dashboard 1 Network g Analog Slave 0000006e VO Analog input 1 V i Analog Input 5 kv o o Analog Input 7 xv o o o Analog Input 8 xv o o o Status Ready For product support go to www ControlByWeb com Xytronix Research amp Design Inc Xytronix Research
6. gt lt Gsg CONTROLBYWEB Expansion 4 Ain 3 Agnd Analog inputs 0 5V Ain 2 Ain 1 f i 5Vref i Lesvrer i 8 ANALOG INI ey eee E4 gt ih iy A Be F Eignt Ani m gP el eye Fs USERS MANUAL Revision 1 0 For models X 16s Eight 24 Bit Analog Inputs Single amp Differential Voltage Measurements gt Pressure gt Fluid level gt Mechanical position gt Transducer current gt Temperature CO www ControlByWeb com a division of Xytronix Research amp Design Inc located in Nibley Utah USA 2014 Xytronix Research and Design Inc X 16s Users Manual X 16s User Manual Revisions Revision Description 1 0 Initial release Page 2 Xytronix Research amp Design Inc X 16s Users Manual Introduction Section 1 Introduction The X 16s expansion module is used in conjunction with the X 600M controller The X 16s has eight 0 5V analog inputs The X 16s employs a 24 bit A D converter and can make both single or differential voltage measurements A 5 0V reference output can be used to power potentiometers or other resistance sensing sensors The X 16s is ideal for measuring precision analog voltages in industrial environments One or more X 16s expansion modules can be connected to a X 600M control module with a ribbon cable The ribbon cable provides both power and communications The X 600M is a
7. over voltage steering diodes For some applications it may be necessary to add external resistors to scale the input to a value compatible with the X 16s In the case of a sensor whose output levels are higher than 5 volts a simple voltage divider can be used to scale down the output The following diagram shows a voltage divider circuit for a 0 10V sensor In the example resister values for R1 and R2 are chosen so that Vout will have a 0 to 5 volt range Sensor f Vin 0 10V Generally you can choose a 10K Ohm resistor for R2 and then calculate the value of R1 using the following formula Vout Vin R2 R1 R2 To determine the proper resister value to use in the example above use the maximum output of the sensor 10 VDC as Vin in the equation the maximum input value of the X 16s 5 VDC as Vout and R2 10K Ohms Solving for R1 gives R1 10K ohms R1 10K R2 10K As another example if the maximum output voltage of the sensor is 15VDC choose R2 10K Solving for R1 gives R1 20K ohms The input bias current of the X 16s is relatively low such that the X 16s will work with input circuits with an impedance of up up to 10K ohms with negligible error Xytronix Research amp Design Inc Page 9 Installation and Connections X 16s Users Manual 2 4 1 Current Sensors Some senors generate an output current instead of an output voltage To use these sensors a load resistor is connected in the current sensor lo
8. air or replace products that prove to be defective This warranty is extended to the original purchaser of the equipment only For warranty service or repair the product must be properly packaged and returned to Xytronix Research amp Design Inc The purchaser shall prepay all charges for shipping to Xytronix Research amp Design Inc and Xytronix Research amp Design Inc will pay the shipping charges to return the product to the purchaser as long as the product is shipped within the United States If the product is shipped outside of the United States the purchaser shall pay all shipping charges duties and taxes Limitation The foregoing warranty shall not apply to defects or damage resulting from improper use or misuse unauthorized repair tampering modification improper connection or operation outside the electrical environmental specifications for the product Further the warranty does not cover Acts of God such as fire flood hurricanes and tornadoes This warranty does not cover damage to property equipment direct indirect consequential or incidental damage including damage for loss of business profit business interruption loss of data and the like arising out of the use or misuse of this product UNDER NO CIRCUMSTANCES WILL THE LIABILITY OF XYTRONIX RESEARCH amp DESIGN INC TO THE PURCHASER OR ANY OTHER PARTY EXCEED THE ORIGINAL PURCHASE PRICE OF THE PRODUCT REGARDLESS OF THE FORM OF THE CLAIM No other warrant
9. elow shows an example of using the X 16s to sense water or other liquid level and to sound an alarm at a remote location using a WebRelay module This example is similar to the potentiometer example above except that the X 600M is configured to control a remote device Each analog input can be configured to send messages to a remote ControlByWeb device when a high or low threshold is reached In this example the X 600M is configured to send a remote message to sound an alarm when a certain level is exceeded X 16s X 600M 10 Turn Potentiometer IP Network ControlIByWeb p with relays Xytronix Research amp Design Inc Page 15 Example Applications X 16s Users Manual 3 9 Dry Contact Switch The illustration below shows an example of using the X 16s to monitor the status of a gate or door over an IP network The status of the device is detected with a simple switch These type of sensors are called dry contacts in that the device output is a bare switch with no power source In this example a voltage source for the switch is provided by the 5Vref output A pull down resistor must be provided to drive the input to a Known state OV when the switch is open In this example the measurement voltage will be 5 0V when the switch is closed and 0 V when the switch is open A conditional event can be defined to detect whether the input voltage is above or below a 2 5 V threshold to detect the state of the switch S
10. he X 16s is used to apply power across the potentiometer The wiper terminal of the potentiometer is connected to any of the eight analog inputs X 16s X 600M Potentiometer Sensor IP Network N lt gt Page 12 Xytronix Research amp Design Inc X 16s Users Manual Example Applications 3 2 Monitor Flow Distance or Speed with a 4 20mA Sensor Signal conditioners are available for measuring flow distance speed and many other industrial processes Many popular signal conditioners employ a 4 20mA analog output With a simple shunt resistor these transducers can be connected directly to the X 16s as described in Section 2 4 1 above Once the components are properly wired the X 600M must be configured with the proper Slope and Offset to convert the voltage measurement into engineering units such as CFS flow Meters distance or Meters per Second speed For linear transducers this is normally done with a Y mX b equation Engineering Value Measured Value Slope Offset The documentation for the sensor must be consulted for the calculations For example if the expected range of a distance meter is 1M to 100M the transducer will output 4mA at 1M and 20mA at 100M By default the X 16s makes measurements in units of Volts To convert this measurement to engineering units the voltage measurement must be processed with a S ope setting The general term for the Slope is Slope Y2 Y1 X2 X1 T
11. ider using a star or single point ground topology If the output current from one sensor changes or affects the measurements of other sensors crosstalk you will need to re consider your connections Loop powered current transmitters normally require 7 to 8 Volts across their terminals in order to work properly With a 250 ohm resistor the load resistor will drop an additional 5 Volts Allow 2 volts or so for voltage drops across the wiring especially if the wires are small or long In this example make certain your loop power source is at least 15 Volts 8 5 2 Page 10 Xytronix Research amp Design Inc X 16s Users Manual Installation and Connections 2 4 2 Differential Inputs The differential input mode can be used with sensors that have two analog outputs that are referenced to each other instead of ground When making differential voltage measurements the X 16s is programmed to use a pair of inputs 2 to make a single differential measurement With differential inputs you must make certain both inputs are within the common mode range 0 5V of the input amplifiers Normally this means you must provide some sort of input bias If no input bias is provided even though the differential voltage is correct the absolute voltages may drift into or beyond the 0 5V power rails of the amplifiers and will produce erratic measurements The illustration below shows the connections for a Wheatstone bridge sensor with two output
12. istors Removable terminal connectors included simplify making wiring connections Apply a different slope and offset for each raw voltage reading via X 600M Built in web server via X 600M provides simple web based configuration and control Custom applications can monitor the X 16s via X 600M with simple XML formatted status Modbus TCP protocol via X 600M provides interoperability with devices and software from other manufacturers Set high low alarms via X 600M for analog inputs which can send out alert emails and control remote ControlByWeb devices 1 2 The X 16s Connectors amp Indicators Analog Inputs The X 16s has eight analog inputs Four analog ground Agnd terminals provide convenient connection points for making sensor wiring connections The X 16s can be setup to input either eight single ended analog signals four differential analog signals or a combination both Reference Output Two 5 0V reference terminals can be used to power resistance sensing sensors such as potentiometers and bridge sensors The reference output can provide up to 50ma the two reference terminals are connected together internally When resistance sensors are excited powered from the 5 0V reference output the measurement will be ratio metric with the reference With ratio metric measurements the absolute voltage and error of the reference is removed from the measurement accuracy Expansion Bus The expansion bus allows for a family
13. ld like to configure and select the Create Device Widget checkbox This will display the status of the I O on the Dashboard Click Add Checked I O to submit these changes 28 Setup x C 192 168 1 2 setup html aeS gt lt 600 M Welcome Administrator CONTROLBYWEB l X600M 1 Anges Abandon Changes Logout D 192 168 1 2 popup php L EB Analog Slave Add 1 0 Network Add I O found on Analog Slave 0000006e Please see below the list for a description of each field E Devices T 1 0 List 0 New VO Type I O Description I O Name Control Logic j Analog Input 1 AUTO_GENERATE AUTO_GENERATE L E Logging Shi Analog Input 2 AUTO_GENERATE AUTO_GENERATE Mc Analog Input 3 AUTO_GENERATE AUTO_GENERATE Select H Edit Dashboards l j Analog Input 4 AUTO_GENERATE AUTO_GENERATE E l 4 TE Add i Analog Input 5 AUTO_GENERATE AUTO_GENERATE E i x Analog Input 6 AUTO_GENERATE AUTO_GENERATE E Add View Dashboards E Analog Input 7 AUTO_GENERATE AUTO_GENERATE TE Add x Analog Input 8 AUTO_GENERATE AUTO_GENERATE TE Add Showing 1 to 8 of 8 entries Select All Deselect All Previous Next Add Checked I O Create device widget on panell 1 O List This shows the type and reference number of each input and output on the device W O Description Text can be entered here to identify the I O in a format that is easy to understand and recognize It can include spaces and the maximum number of characters is 60 If
14. multifunction web enabled industrial I O controller It performs control logic and monitoring functions similar to that of a Programmable Logic Controller PLC However unlike a PLC the X 600M is designed for web based applications from the ground up No add on software or hardware is required The X 600M can be fully configured programmed and tested using its built in web server The web setup pages are intuitive and easy to use and do not require special programming skills The X 600M together with the X 16s provide an easy flexible and reliable way to monitor sensors and devices over a network The X 16s is suitable for use with pressure sensors flow meters current transducers and position sensors anywhere where precision analog voltage sensing is required The X 16s inputs can be used to trigger email alerts based on a voltage level and can be used to control the relay contacts of other ControlByWeb products such as WebRelay that are located at a remote location 216s CONTROLS YUVER E i E a a x Ww E AMALOG IP Xytronix Research amp Design Inc Page 3 Introduction X 16s Users Manual 1 1 Features Eight analog input channels can be configured as eight single ended inputs four differential inputs or a combination of both Full O to 5V input range input range can be scaled by using external resistors 24 bit A ADC 10uV resolution 4 20mA inputs using external 250 ohm res
15. nothing is entered a description will be automatically generated I O Name This is a unique name given to each I O This name is used to reference the I O when writing scripts This name must start with an alphabetic not a number character and cannot include spaces The name can be up to 20 characters long If nothing is entered a name will automatically be generated Select Each I O that is selected checked will be added to the X 600M database and can then be used by the X 600M For optimal performance it is recommended that only I O which will be used be selected Note that I O can be added and deleted at Status Ready Status Ready For product support go to www ControlByWeb com Xytronix Research amp Design Inc 4 Click Commit Changes Once clicked the X 600M begins to monitor the newly added device 3 O 8 d 29 Setup x N _ ma gt C D 192 168 1 2 setup htm gt z X600M CONTROLBYWEB n Welcome Administrator Commit Changes andon Changes Logout E Devices Find Devices List of automatically detected new devices Network E Devices 4 e New Devices Found iy Control Logic Rescan Back Show 10 entries 5 Logging Model Serial Number Address Description Name Select H Edit Dashboards ype X 11S 0000004f SERIAL AUTO_GENERATE AUTO_GENERATE AUTO_GENERATE Add X 13S K 0000005c SERIAL AUTO_GENERATE AUTO_GENERATE AUTO_GENERATE Add H View Dashboards X 128 00000020
16. nstallation consists of mounting the X 16s and connecting it to an X 600M controller with a 10 conductor ribbon cable Programming and testing is done by using a web browser to configure the web pages inputs and outputs for your specific needs 2 1 Installation Guidelines e This unit must be installed by qualified personnel e This unit must not be installed in unprotected outdoor locations e This unit must not be used for medical life saving purposes or for any purpose where its failure could cause serious injury or the loss of life e This unit must not be used in any way where its function or failure could cause significant loss or property damage 2 2 Mounting X 16s can be mounted to a standard 35mm by 7 55mm DIN Rail Normally expansion modules are mounted to the left side embossed logo side of the enclosure of the X 600M controller so that the ribbon cable doesn t cover the power connector The X 16s should be located in a clean dry location where it is protected from the elements Ventilation is recommend for installations where high ambient air temperatures are expected to be high See Appendix D Mechanical Information for additional mechanical details 2 2 1 DIN Rail Mounting Attach the X 16s to the DIN Rail by hooking the top hook on the back of the enclosure to the DIN Rail and then snap the bottom hook into place To remove the X 16s from the DIN Rail use a flat head screwdriver Insert the screw driver into the n
17. o determine the slope first determine the minimum and maximum voltage range that will be applied to the X 16s In this example the transducer will output 4mA at 1M and 20mA at 100M This can be converted to voltage using Ohms Law V IR Vmin 4mA 250 Ohms 1V Vmax 20mA 250 Ohms 5V To calculate the slope Slope 100M 1M 5V 1V 24 75 Meters Volt Once the slope is determined calculate the offset using the Y mX b linear equation 1M 24 75M V 1V Offset Offset 1M 1V 24 75M V 23 75M Xytronix Research amp Design Inc Page 13 Example Applications X 16s Users Manual 3 3 Monitor Motor Load Current The illustration below shows an example of using the X 16s in conjunction with a current transducer to measure the current draw of a motor Motor il a A 7 X 16s X 600M Power Source AC Current Transducer This example uses a current sensor that will measure current up to 20 Amps AC The sensor produces a linear O 5VDC output that it can be connected directly to one input of the X 16s analog module The slope is calculated and entered into the setup pages of the X 600M The slope calculation is given below Slope Y2 Y1 X2 X1 Slope 20Amps 0 Amps 5 VDC 0 VDC 4 Amps Vol Page 14 Xytronix Research amp Design Inc X 16s Users Manual Example Applications 3 4 Level Alarm at a Remote Location The illustration b
18. of expansion modules to be connected directly to the X 600M without the need for an Ethernet switch The cable can be a daisy chain with multiple connectors The ribbon cable expansion bus provides both power and communications connections Power Supply The expansion bus can provide up to 1 7 Amps for powering up to 32 expansion modules however the maximum number of expansion modules depends on the module type and power source attached to the X 600M The X 16s employs modern switch mode power supply With this type of power supply the current draw decreases as the voltage increases therefore you can add more expansion modules by using a 24 volt Page 4 Xytronix Research amp Design Inc X 16s Users Manual Introduction power supply than you can with a 12 volt power supply See the X 600M User Manual for more details Indicators The green Power LED indicator is illuminated whenever the module is powered To identify the module during installation the X 600M can send a blink command which will cause the power LED to blink for three seconds 1 3 Part Numbers and Accessories Spare Connector Accessory Description Part Number X 16s 8 channel analog input module 0 5VDC inputs X 16s 14 position screw terminal connector X 1803691 Xytronix Research amp Design Inc Page 5 Installation and Connections X 16s Users Manual Section 2 Installation and Connections I
19. op The load resistor generates a voltage proportional to the sensor current which is in turn sensed by the X 16s The following diagram shows how to connect a 4 to 20mA sensor to the X 16s Sensor 4 20mA Loop Power Source With a 250 ohm load resistor a 4 to 20mA sensor will generate a 1 0 to 5 0V output which can be directly connected to the X 16s A voltage measurement of less than 1 0V indicates the current loop is open or that something is wrong with the sensor Ensure the resistor wattage is appropriate to handle the power dissipation A 250 ohm resistor with 20mA flowing thru it will generate 0 1W The measurement accuracy will be no better than the resistor s accuracy In general use a 1 or a 0 1 resistor When making connections with current sensors it is very important to consider the lead dress The example above shows the voltage sense connections made with a 4 wire Kelvin connection This technique uses separate pairs of current carrying and voltage sensing wires to make accurate measurements The goal is to prevent current from flowing in the sense wires and terminals of the X 16s If current is allowed to flow in the Agnd connections of the X 16s the current will generate a small offset voltage due to the resistance of the wires and terminals The offset voltage becomes a source of error This is especially problematic where the X 16s is used to measure multiple 4 20mA sensors When connecting more than one 4 20ma sensor cons
20. otch in the release tab and pry against the enclosure to release the bottom hook Page 6 Xytronix Research amp Design Inc X 16s Users Manual Installation and Connections 2 3 Making Connections CAUTION Make sure the power is shut off before making connections CAUTION Miswiring or misconfiguration could cause permanent damage to the X 16s the equipment to which it is connected or both A removable terminal connector is provided for making the power connections The correct wiring procedure is as follows 1 Make sure power is turned off 2 Remove the terminal connector from the X 16s and make wiring connections to the terminals This technique avoids stressing the internal components while torquing the screws 3 Reconnect the terminal connector 4 Apply power It is recommended that any load device to be controlled not be connected to the expansion modules until after the X 600M has been configured and tested By doing this wiring and configuration mistakes will not cause the load device to turn on unexpectedly Make certain the wires are properly inserted into to the terminals and that the screws are tight Wire Specification Use wire rated for 75 C min for connections to the terminal blocks Connector Specifications Type 14 position removable 3 81 mm pitch Connection wire Use wire rated for 75 C min for connections to the terminal blocks Stripping Length 7mm Connection capacity
21. rease the separation between the equipment and receiver Connect the equipment into a relay on a circuit different from where the receiver is connected Consult the dealer or an experienced radio TV technician for help Notice Changes or modification not expressly approved by the party responsible for compliance could void the user s authority to operate the equipment Page 24 Xytronix Research amp Design Inc X 16s Users Manual Appendix E Mechanical Dimensions Appendix E Mechanical Dimensions JaN 324 000 09 M36 35mm DIN RAIL 000 481 2 981 3 879 000 sie 1 406 USE 8 PAN HEAD SCREWS Xytronix Research amp Design Inc Page 25
22. signals The outputs are connected to Ain1 and Ain2 The X 16s must be programmed for differential mode on Ain1 The analog measurement will be made by the voltage difference between the two inputs Ain1 Ain2 For differential measurements the measurement range is 5V For example if Ain1 is 2 0V and Ain2 is 3 0V the differential measurement will be 1 0V Note however the absolute voltage of both inputs must be in the range of 0 5V for the input amplifiers to work For example Ain Ain2 Measurement 5V OV 5 0V OV 5V 5 0V When the differential input mode is selected for a pair of inputs the differential data is output on both channels For the example above Ain1 Ain2 In the illustration below the bridge is excited driven by the 5 0V reference output Notice also that the bridge provides the necessary input bias The low input bias and high resolution inputs of the X 16s together with the reference output make the X 16s workable with many bridge sensors without using a preamplifier or other circuitry Xytronix Research amp Design Inc Page 11 Example Applications X 16s Users Manual Section 3 Example Applications 3 1 Monitor Height Position etc over an IP network The illustration below shows an example of using the X 16s with a potentiometer position sensor Potentiometers are in essence a variable resistor with three connections Typically the 5Vref reference from t
23. tted in any form or by any means electronic or mechanical including photocopying or scanning for any purpose other than the personal use by the purchaser of this product Xytronix Research amp Design Inc assumes no responsibility for any errors that may appear in this document Whereas reasonable effort has been made to make the information in this document as useful and accurate as possible Xytronix Research amp Design Inc assumes no responsibility for the application usefulness or completeness of the information contained herein Under no circumstance will Xytronix Research amp Design Inc be responsible or liable for any damages or losses including direct indirect special incidental or consequential damages or losses arising from either the use of any information contained within this manual or the use of any products or services referenced in this manual Xytronix Research amp Design Inc reserves the right to change any product s features specifications documentation warranties fee schedules and conditions at any time and without notice Page 22 Xytronix Research amp Design Inc X 16s Users Manual Appendix C Warranty Appendix C Warranty This Xytronix Research amp Design Inc product has a warranty against defects in material and workmanship for a period of one year from the date of shipment During the warranty period Xytronix Research amp Design Inc will at its option either rep
24. witch Page 16 Xytronix Research amp Design Inc X 16s Users Manual Configuration and Setup Section 4 Configuration and Setup 4 1 Setup Example The Quick Start Demo After making the power and Ethernet connections the X 600M can automatically scan for the presence of any ControlByWeb Ethernet devices on the same sub net and also for any expansion modules connected to the X 600M via the ribbon cable connector It also automatically creates a dashboard web page and populates it with all of the resources components supported by the Ethernet devices and expansion modules This makes it easy to start experimenting with the web page s user interface and to try out the relays and sensors To quickly add a device do the following 1 Click on the Devices menu tab to pull up the Devices Overview page Then click on the Find New Devices button to scan the expansion bus and the local network for ControlByWeb devices and expansion modules e00 j 2 Setup x i w CG D 192 168 1 2 setup html X x lt 600 Pil Welcome Administrator CONTROLBYWEB Commit Changes Abandon Changes Logout f System E Devices Add edit and delete devices that are attached to the X 600M either through the expansion bus or through the Ethernet network Devices must be added before setting up I O Logic or Dashboards Device r Find New Devices gt 1 Control Logic i Add New Device Logging _ i
25. y is expressed or implied Xytronix Research amp Design Inc specifically disclaims the implied warranties or merchantability and fitness for a particular purpose Some jurisdictions may not allow the exclusion of limitation of liability for consequential or incidental damage Xytronix Research amp Design Inc Page 23 Appendix D FCC Statement X 16s Users Manual Appendix D FCC Statement This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions This device may not cause harmful interference This device must accept any interference received including interference that may cause undesired operation Warning This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause interference to radio communications There is no guarantee however that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Inc
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