How it Works
Mantracourt
Loading...
X24
User Manual
93 pgs7.12 Mb0

Mantracourt X24 User Manual

Download
Page 1
X24 ATEX/IECEx Telemetry User Manual
mantracourt.com
X24
Wireless ATEX/IECEx Telemetry
This user manual should be used in conjunction with the T24 Telemetry User Manual
Page 2
1
Page 3
2
Page 4
3
Page 5
4
X24-ACMi-SA
X24-SAe
X24-HD
Page 6
5
Page 7
6
Page 8
7
Page 9
8
Page 10
9
Page 11
10
Page 12
11
Page 13
12
Page 14
13
Items you can change or interact with:
Radio Channel Tabs
Click a tab to change the radio channel the base station is operating on
Clear List
Clear all detected messages from the list
Wake All
Wake all modules on the current radio channel
Page 15
14
Start Logging
Asks for a filename then logs the received data to a CSV file in the following format:
Data Tag, Elasped ms, Value
View Last Log
Will launch the application associated with CSV files and open the last logged file.
Move Group Channel
If the base station has a group key set then this button will be visible. Once at least one module is present in the list this button will become enabled. Clicking it will ask the user for a new radio channel then all detected transmitters, along with all other modules on the same channel and group key such as handhelds, will all be moved to the selected channel. Once this has been achieved the base station itself will move and the list will start to fill again with messages on the new radio channel.
You will only see a list of detected transmitters on this page so
you will need to ensure that any other receiver modules in the group are available to be woken. When this button is clicked all modules on the same radio channel and group key will be woken before they are changed to the target radio channel.
Page 16
15
Page 17
16
Page 18
17
Items you can change:
Name
You can enter a short description which may help you recognise this module in the future.
Some transmitter modules may have had their calibration protected. This indicates that you cannot calibrate this module.
Group Keys were introduced in 2015 so modules built before this date will not
support this feature. This indicates that the connected module can support them
This indicates that the connected module can support Group Keys and that one has been configured for this module
Applicable to a base station only. This indicates that on the Channel Monitor page modules that are sleeping will also be listed
Extended range radios were introduced to the T24 range in 2015. This indicates that the connected module has an extended range radio fitted.
Page 19
18
Items you can change:
Low Battery Level
Click this item to set the battery low level. For the Energizer L91 cells this should be around 2.7 V.
Page 20
19
Page 21
20
Items you can change:
Channel
Select a radio channel between 1 and 15. The default is channel 1. You can use the
Spectrum Analyser mode to determine a good clean channel to use.
Group Key
Only visible on modules that support Group Keys. Only modules with identical group keys can communicate. You can isolate groups of modules on the same channel or just use the key to ensure the data cannot be read by somebody else. Early versions of T24 modules do not support Group Keys and this option will not be visible in the Toolkit.
To use modules that support Group Keys with older modules that do not then the Group Key field must be blank.
The following two options are not visible when changing radio settings for a base station. In that case changes are immediate.
Reset Module Only
Only enabled once a change has been made. When radio settings are changed they do not take effect immediately but require a reset or power cycle. This button forces the connected module to adopt the new settings but keeps the base station on the existing settings. The home page is then shown.
Reset Module and base Station
Only enabled once a change has been made. When radio settings are changed they do not take effect immediately but require a reset or power cycle. This button forces both the connected module and the base station to adopt the new changes and re-establishes a connection.
Page 22
21
Items you can change:
Repeater Subgroup
Select a repeater subgroup for this module. The default is zero which will let all repeaters repeat messages from this module. See Repeaters and repeater
Subgroups
Remote Module Radio Settings Tool
To quickly set a batch of remote modules to match the radio settings of the base station you can use this tool. Usually this is arrived at by pairing with the base station by holding the shift key whilst clicking the Pair button on the Home page.
To change the remote module radio settings:
Remove remote module power Click the Click Here link on the page Apply power to the remote module
The Toolkit will remain unchanged and still paired to whatever module or base station it was paired to but the remote module will have changed its radio settings.
Page 23
22
Items you can change:
Save
Click this button to open a file dialog window to allow you to select a filename and location to save the configuration file to. All configuration information including calibration data will be saved to the file. The file extension is tcf.
Restore
Click this button to open a file dialog window to allow you to select a filename and location of a previously saved file to load into the connected module. All configuration information including user calibration data will be overwritten. The file extension is tcf.
Page 24
23
X24-SAe
OEM strain transmitter module with external PCB antenna on 60mm UFL cable.
T24-ACMi-SA
Strain transmitter module mounted in weatherproof enclosure with battery holder for two Lithium Energiser L91 AA batteries.
Page 25
24
Supply parameters Groups I, IIC, IIIC
Ui
3.66V
Ii
340mA
Pi
1.244W
Ci
43μF
Li
5.64μH
Page 26
25
Sensor connector parameters Groups I, IIC, IIIC
Uo
5.5V
Io
2.25A
Po
1.25W
Co
15μF
Lo
1.38μH
Screw Terminal
Function
1
Shield
2
- Excitation
3
-Signal
4
+Signal
5
+ 5 V Excitation
Page 27
26
Items you can change:
Transmit Interval
Enter the transmission rate in milliseconds. The default is 333 giving approximately 3 per second which is ideally suited to reading on a handheld. You may want to slow this down to achieve longer battery life.
Sample Time
This is the length of time in milliseconds that the input is sampled before the value is transmitted. This can vary between 5 milliseconds and close to the Transmit Interval. A shorter sample time means that the module is awake for less time so battery life is increased but at the expense of a reading with less noise free resolution. You can vary this to see the effect on battery life and noise free resolution.
Low Power Mode
Unless the transmitter module is non battery powered this should be set to Yes. In between transmissions the transmitter module will enter sleep mode which,
Page 28
27
for some modules such as the strain gauge transmitter module, will have a massive effect on battery life. A reason for not using Low Power Mode would be if using the module in a Master-Slave arrangement with PC for example.
Battery Type
This is not a parameter of the module but information used by the battery life guide. You can choose from either the certified AA batteries or choose custom to allow you to select your own battery capacity. See below. This will also offer to change the Battery Low Level if the level suitable for the chosen battery is not the level currently set.
Usable Capacity
This is not a parameter of the module but information used by the battery life guide. This is the capacity of the battery in amp hours and has a profound effect on battery life calculations. This capacity needs to be calculated from battery manufacturer’s data sheets to take into account that you can only use batteries down to 2.1 volts so in the case of twin AA cells this would be 1.05 volts. Generally the usable capacity will not be as high as that advertised by the battery manufacturer. Temperature and internal resistance of the battery are not taken into account in the guide.
Sensor Impedance
This is not a parameter of the module but information used by the battery life guide. Enter the resistance of the connected strain gauge in ohms.
Usage Per 24 Hour Period
Enter the number of hours per 24 hour period that the Transmitter will be awake and transmitting.
Page 29
28
Items you can change:
Number of Calibration Points
Enter the number of points you wish to calibrate over. In its simplest form you could select two for a linear calibration. For more complex calibrations which include linearization select three to nine points.
Point 1 - 9
For each point enter the engineering unit value that you want the transmitter module to report at the applied input. i.e. 1.67
Page 30
29
Acquire 1 - 9
Click this button when the input has been applied and the reading has been allowed to settle. This will acquire the reading and allow you to move to the next points. You will be able to click the button again to re-acquire.
Start Again
Click here to restart the calibration.
System Zero
Once calibrated you may want to remove a fixed system value. In the case of a strain gauge input this may be the weight of a sling, shackle, load bed etc. Apply the required input and click here to set the system zero. The current input will be removed from subsequent readings so that the reading will be zero. To edit this value manually click the Advanced button. System Zero is stored in non-volatile memory in the transmitter module.
By Cert.
You can click the By Cert button to calibrate against a sensor calibration sheet. You just need to enter the input values and associated engineering unit required output value of at least 2 points. This will take you to a different screen.
Advanced
Clicking the advanced button will allow you to edit the gains and offsets for each available calibration point. This will take you to a different screen.
Page 31
30
Items you can change:
Number of Calibration Points
Enter the number of points you wish to calibrate over. In its simplest form you could select two for a linear calibration. For more complex calibrations which include linearization select three to nine points.
Input Points 1 – 9 (mV/V shown in this screenshot)
Enter the input point for which you will specify a required engineering output value
Engineering Units 1 - 9
Enter the required engineering unit output for the specified input value
Calibrate
Click this button to calculate and update the module calibration
Page 32
31
Items you can change:
Number of Calibration Points
Enter the number of points you wish to calibrate over. In its simplest form you could select two for a linear calibration. For more complex calibrations which include linearization select three to nine points.
Input Points 1 – 9 (mV/V shown in this screenshot)
Enter the input point to which the associated interpolated gain and offset values will be applied. Note between points the gain and offset values are linearly interpolated. Inputs are extrapolated below point 1 and above point 9.
Gain 1 - 9
Enter the gain value for associated point
Offset 1 - 9
Enter the Offset value for associated point
System Zero
You can set the system zero value here or set it to zero to remove the system zero effect.
Page 33
32
Items you can change:
Sleep Delay
Here you can enter a delay in seconds after which the transmitter module will return to deep sleep if no Keep Awake message is heard from the X24-HD handheld. The default is 60 seconds. Enter zero to disable automatic sleeping.
Data Tag
The data transmitted by the module is identified by a Data Tag. This is by default set to the last 4 digits of the module serial number. If by some chance you had two transmitter module modules that would be working on the same channel and had the same last 4 characters in their ID (1 in 65,535 chances) you may want to change the data Tag of one of the modules and perform pairing again with the X24-HD handheld.
Startup Time
Some transmitter modules power a sensor from their excitation voltage. When coupled to a sensor with a slow startup time this setting is used to delay the measurement after wakeup from sleep between readings. This gives the sensor time to settle at the expense of battery life. For strain gauge inputs this settings should be set to zero.
LED Mirror to Digital Output
When set to Yes the large LED will flash indicating a transmission, configuration mode or when a handheld is looking at this Transmitter. This is very useful when using an X24-HD handheld as the transmitter module LED will activate while the handheld is in communications with the module. Transmit power
Set the transmit power level from 0 – 100%. Default is 100%
Page 34
33
Page 35
34
Measurement
Min
Typical
Max
Units
Strain Gauge Excitation System
4 Wire
Strain Gauge Excitation Voltage
4. 5
5
5.25
Vdc
Strain Gauge Drive Capability
85
-
5000
Ω
Maximum Gauge Sensitivity (FR)
3.2
+/-mV/V
Offset Temperature Stability
1 4
ppm/°C
Gain Temperature Stability
3 5
ppm/°C
Offset Stability with Time
20
80
ppm of FR (1)
Gain Stability with Time
30
ppm of FR (2)
Non Linearity before Linearization
5 25
ppm of FR
Internal Resolution
16,000,000/ 24
Resolution/Bits
Noise Free where Sample Time < 10ms
50,000 / 15.5
Resolution/Bits
Noise Free where Sample Time < 50ms
65,000 / 16
Resolution/Bits
Noise Free where Sample Time < 100ms
150,000 / 17.25
Resolution/Bits
Noise Free where Sample Time < 1000ms
250,000 / 18
Resolution/Bits
Noise Free where Sample Time > 1000ms
400,000 / 18.75
Resolution/Bits
Environmental
Min
Typical
Max
Units
Operating temperature range
-20
+50
°C
Storage Temperature
-40
+85
°C
Humidity 0
95
%RH
Power Supply
Min
Typical
Max
Units
Standby / Low Power Mode
5 20
µA
X24-SAe, X24-SAi, X24-ACMi-SA
Power Supply voltage
2.1
3.0
3.6
Vdc
Power Supply ripple
50
mV ac pk-pk
Normal Mode (1K Bridge)
60
65
mA (1)
Battery Life in Low Power Mode Generating Results at 3Hz with 350R Load Cell
Usage
Battery Life
Pair Energizer L91 Lithium AA cells
Constantly on
30 days
Pair Energizer L91 Lithium AA cells
12 sessions per day of 5 minutes
2 years
Page 36
35
Page 37
36
Page 38
37
Keys
The keys have two functions. A short press is a press and release. A long press is press and hold for around 2 seconds.
Power Key Long Press – Powers the handheld on and off. Hold the power key until the display shows BUSY then release the key. Quick Press - Toggle the backlight on and off when in manual backlight mode.
Next Key Short Press - Step to the next Transmitter or group. A brief prompt will be displayed before the value is shown which will either be the Transmitter Data Tag or a user defined name. Long Press - Display the Data Tag or name of the currently viewed Transmitter or group without moving to the next.
T
Tare Key Short Press - This will toggle between gross and zeroed net mode. i.e. If the display shows gross then pressing the key will zero the display. Pressing the key when in net mode will return the display to gross mode. The Gross and Net modes are indicated as described below. Gross and Net states are retained through power off. Long Press - When in net mode will briefly display the Gross value but remain in net mode.
Indicators
G
The display is showing Gross weight.
NET
The display is showing Net weight.
SIG LOW
The radio signal from the transmitter module is low. The module is still functioning but the limit of the range may be near. Communications may start to deteriorate when this indicator is visible. Until ------ is displayed the communications are still OK and the display can be relied on for accuracy.
Even with a degraded signal the display value will always be
correct.
BATT LOW
The batteries in the handheld are low and need to be replaced.
REMOTE ERROR
The transmitter module has an error that the handheld does not recognise.
REMOTE BATT LOW
The battery or supply to the transmitter module is low.
Page 39
38
Errors
Displayed on handheld LCD.
Error 1
The transmitter module has a strain gauge input and is in shunt calibration mode. An external module has placed the transmitter module in Shunt Calibration mode so rather than display a misleading reading this error is displayed instead. Modules such as the X24-SA support this error type.
Error 2
Input integrity error. The transmitter module has found a problem with the input. There may be open or short circuits. Rather than display a misleading reading this error is displayed instead. Only certain transmitter modules support this error such as the X24-SA.
Overload
The overload limit set by the user has been exceeded.
Page 40
39
Page 41
40
Items you can change:
Global Timeout (s)
This is how long the handheld will wait with no data received from the viewed transmitter before indicating that the signal has been lost. This should be set to at least twice the slowest transmitter interval.
Do Sleep Wake
Select this feature to enable the handheld to wake and sleep transmitters. When no transmitters are defined all sleeping transmitters (on the same radio channel and using the same Group Key) will be woken as they come into range of the handheld. Transmitters will not be sent to sleep regardless of this setting. When transmitters have been defined the handheld operated a little differently. For the first 12 seconds after turning the handheld on all transmitters will be woken (not only those defined). But on turning off the handheld the transmitters in the list will be sent to sleep.
Backlight Control
Select whether to disable or enable the backlight. If enabled you can chose to turn it on as soon as the handheld turns on and have control over its state using the power key (short press) or you can choose to operate automatically whereby the light comes on when a key is pressed and goes off after 30 seconds.
Auto Power Off
Set a time in minutes after which the handheld will turn off if no keys have been pressed. Set to zero to disable this feature. Will require a power cycle to change.
Buzzer Control
Here you can select whether the buzzer will sound when certain states are active.
Leading Zero Suppression
This will remove leading zeros from displayed values in all modes.
Page 42
41
Activate Viewed Input LED
When no transmitters are defined the transmitter currently being viewed will always activate its LED regardless of this setting. When any transmitters are defined then the transmitters LEDs will only activate when being viewed if this setting is activated.
Although this setting is OK to use with all X24 transmitters this
feature should be disabled when being used with T24 transmitters with firmware versions below 04.00 as their LEDs may remain on when turning off the handheld.
Page 43
42
Items you can change:
Set Size
This setting determines how many transmitter modules, with the highest signal levels, make up the set through which the Next key cycles. Based on the application and how many transmitter modules are in the vicinity of the handheld this list size can affect how the operator uses the handheld. See Example
Configuration Scenarios
Format & Resolution
Here you can define how the values are displayed on the LCD. There are 7 digits available and you can define where the decimal point is shown by entering numerals where a zero indicates a numeric digit position. When the data is being displayed the number of decimal places you define may be overridden as the display will always show the correct number of integer digits. Example: If you set the format to 000.0000 and the value to display is 1000.1234 the display will show 1000.123 You can also define the resolution, which is the block size of changes to the display. Example: If you enter the format as 000.0005 the display will only change in steps of
0.0005 which can be used to mask noisy digits at high resolutions.
Page 44
43
Zero Indication Band
Using this setting you can mask tiny changes in input after you press the Tare button. Entering zero will disable this function. Entering a non-zero value will provide a band within which the display will always read zero. Once the reading exceeds this value the real weight will be displayed as no taring is taking place.
Example: You are adding boxes to a platform and you press tare between adding each one so you can see the weight of each box. Without this setting activated each time you tare the display will be around zero but not exactly zero (By setting the display resolution you may also hide this difference) by setting a small value here such as 0.2kg the display will show a stable zero while actual weight is fluctuating less than ± 0.2kg.
Overload
You can enter a limit here above which ‘Overload’ will be shown on the display instead of the actual value. Applies to the gross input value including any custom scaling. Enter zero to disable this feature.
Define Transmitters
Click the ‘Define’ button to display the page that allows you to define Transmitters.
Page 45
44
Items you can change:
Data Tag
By entering a Data Tag you enable this Transmitter Input. Enter zero to disable this input. You can enter Data Tags in any of the 24 available slots. The Next button will just cycle between those entered.
Name
As you cycle between available transmitters with the Next key an identifier is shown briefly before the value is displayed. If you enter text here then this will be shown but if you leave this blank the Data Tag will be shown. Some letters cannot be displayed on a 7 segment LCD digit. You cannot use letters M, W or K. Some letters will look alike. i.e. Z and 2. The LCD Preview will show how the entered name will look on the display.
Page 46
45
Format
Here you can define how the values are displayed on the LCD. There are 7 digits available and you can define where the decimal point is shown by entering numerals where a zero indicates a numeric digit position. When the data is being displayed the number of decimal places you define may be overridden as the display will always show the correct number of integer digits. Example: If you set the format to 000.0000 and the value to display is 1000.1234 the display will show 1000.123 You can also define the resolution, which is the block size of changes to the display. Example: If you enter the format as 000.0005 the display will only change in steps of
0.0005 which can be used to mask noisy digits at high resolutions.
Overload Limit
You can enter a limit here above which ‘Overload’ will be shown on the display instead of the actual value. Applies to the gross input value including any custom scaling. Enter zero to disable this feature.
Switch Back to Roaming Mode
Click the ‘Clear All’ button to remove all of the transmitters and group settings to return to the roaming mode with no transmitters defined.
Page 47
46
Items you can change:
Power On Zero
Here you can determine whether the X24-HD performs automatic zero when it is powered on. Enter zero to disable this function. If you enter a non-zero value then when the handheld is first turned on it checks the value read from the transmitter module. If this falls within ± of this value then the display will be altered so this reads zero.
Example: A strain gauge transmitter module (X24-SA) is calibrated in kg and measures the weight of boxes on a platform. The weight of the platform itself has been removed using system zero on the transmitter module. Sometimes there is debris on the platform which you do not want to see when viewing the weight of boxes that will be placed on the platform later. The minimum weight of a box is 5 kg so you could set the Power On Auto Zero to 2 kg. When you turn on the handheld, if the weight on the platform is between -2 and +2kg then the handheld will tare this weight off and so read zero.
Page 48
47
Zero Indication Band
Using this setting you can mask tiny changes in input after you press the Tare button or are close to zero in gross mode. Entering zero will disable this function. Entering a non-zero value will provide a band within which the display will always read zero. Once the reading exceeds this value the real weight will be displayed as no taring is taking place.
Example: You are adding boxes to a platform and you press tare between adding each one so you can see the weight of each box. Without this setting activated each time you tare the display will be around zero but not exactly zero (By setting the display resolution you may also hide this difference) by setting a small value here such as 0.2kg the display will show a stable zero while actual weight is fluctuating less than ± 0.2kg.
Switch Back to Roaming Mode
Click the ‘Clear All’ button to remove all of the transmitters and group settings to return to the roaming mode with no transmitters defined.
Page 49
48
Items you can change:
Gain
This value will be multiplied by the transmitted value to provide the actual displayed value. The default is 1.0
Offset
This offset will be applied to the transmitted value (After gain is applied) to provide the actual displayed value. The default is 0.0
Switch Back to Roaming Mode
Click the ‘Clear All’ button to remove all of the transmitters and group settings to return to the roaming mode with no transmitters defined.
Page 50
49
Items you can change:
8 Available Summing Groups
The 8 available Summing Groups are shown here regardless of whether a group has been defined or not. Simply select Yes or No to indicate whether this Transmitter Input will contribute to that group’s total value.
Configure Groups Button
Clicking this button will open the Summing Groups page.
Switch Back to Roaming Mode
Click the ‘Clear All’ button to remove all of the transmitters and group settings to return to the roaming mode with no transmitters defined.
Page 51
50
Items you can change:
Name
Summing Groups are enabled by giving them a name. Leave the name blank to disable the selected group. As you cycle between group totals with the Next key an identifier is shown briefly before the total is displayed. Some letters cannot be displayed on a 7 segment LCD digit. You cannot use letters M, W or K. Some letters will look alike. i.e. Z and 2. The LCD Preview will show how the entered name will look on the display.
Page 52
51
Format & Resolution
Here you can define how the values are displayed on the LCD. There are 7 digits available and you can define where the decimal point is shown by entering numerals where a zero indicates a numeric digit position. When the data is being displayed the number of decimal places you define may be overridden as the display will always show the correct number of integer digits. Example: If you set the format to 000.0000 and the value to display is 1000.1234 the display will show 1000.123 You can also define the resolution, which is the block size of changes to the display. Example: If you enter the format as 000.0005 the display will only change in steps of
0.0005 which can be used to mask noisy digits at high resolutions.
Overload
You can enter a limit here above which ‘Overload’ will be shown on the display instead of the actual value. Applies to the gross input value including any custom scaling. Enter zero to disable this feature.
Allow Drilldown
When at least one Summing Group has been named the Next key will cycle through group totals rather than individual inputs. If you allow drilldown then holding the Next key for a long press will start to display the individual inputs that are members of the group. Each press of the Next key will show the next input in the group. After the last input has been shown the display will revert back to displaying the groups again.
Back Button
Click the ‘Back’ button to display the Transmitter Inputs pages again.
Page 53
52
Items you can change:
Zero Indication Band
Using this setting you can mask tiny changes in input after you press the Tare button. Entering zero will disable this function. Entering a non-zero value will provide a band within which the display will always read zero. Once the reading exceeds this value the real weight will be displayed as no taring is taking place.
Example: You are adding boxes to a platform and you press tare between adding each one so you can see the weight of each box. Without this setting activated each time you tare the display will be around zero but not exactly zero (By setting the display resolution you may also hide this difference) by setting a small value here such as 0.2kg the display will show a stable zero while actual weight is fluctuating less than ± 0.2kg.
Allow Drilldown
When at least one Summing Group has been named the Next key will cycle through group totals rather than individual inputs. If you allow drilldown then holding the Next key for a long press will start to display the individual inputs that are members of the group. Each press of the Next key will show the next input in the group. After the last input has been shown the display will revert back to displaying the groups again.
Back Button
Click the ‘Back’ button to display the Transmitter Inputs pages again.
Page 54
53
Page 55
54
Items you can change:
Gain
This value will be multiplied by the transmitted sum value to provide the actual displayed value. The default is 1.0
Offset
This offset will be applied to the transmitted sum value (After gain is applied) to provide the actual displayed value. The default is 0.0
Page 56
55
Allow Drilldown
When at least one Summing Group has been named the Next key will cycle through group totals rather than individual inputs. If you allow drilldown then holding the Next key for a long press will start to display the individual inputs that are members of the group. Each press of the Next key will show the next input in the group. After the last input has been shown the display will revert back to displaying the groups again.
Back Button
Click the ‘Back’ button to display the Transmitter Inputs pages again.
Page 57
56
Items you can change:
Allow Drilldown
When at least one Summing Group has been enabled, by entering a Name, the Next key will cycle through the Summing Group totals rather than individual inputs. If you allow drilldown then holding the Next key for a long press will start to display the individual inputs that are members of the group. Each press of the Next key will show the next input in the group. After the last input has been shown the display will revert back to displaying the groups again.
Back Button
Click the ‘Back’ button to display the Transmitter Inputs pages again.
Page 58
57
Page 59
58
Page 60
59
Page 61
60
Page 62
61
Electrical
Min
Typical
Max
Units
Power Supply voltage
2.3
3.0
3.6
Vdc
Power Supply
Min
Typical
Max
Units
Active 40
55
mA
Low power mode
5 20
µA
Estimated Battery life using Energizer L91 AA batteries:
Standby mode (Powered off)
>5
Years
Continuous operation
54
Hours
Environmental
Min
Typical
Max
Units
IP rating
IP67
Operating Temperature Range
-10
+50
C
Storage Temperature
-40
+85
C
Humidity 0
95
%RH
Physical
Hand Held Dimensions
90 mm x 152 mm x 34 mm
Page 63
62
Page 64
63
Page 65
64
Page 66
65
Page 67
66
Page 68
67
Page 69
68
Page 70
69
64 mm
58 mm
26 mm
20 mm
Page 71
70
Integrated
Antenna
T24-BSu
T24-ANTA
T24-BSue, T24-BS, X24-HD, X24-SAe X24-ACMi-xx (Any transmitter module housed in the ACMi enclosure)
Integrated
Antenna
T24-ANTA
Integrated
Antenna
500m
600m
T24-ANTA
600m
800m
Page 72
71
Min
Typical
Max
Units
License License Exempt
Modulation method
MS (QPSK)
Radio type
Transceiver (2 way)
Data rate 250
k bits/sec
Radio Frequency
2.4000
2.4835
GHz
Power 10 mW
Channels (DSSS)
15
Page 73
72
English:
This equipment is in compliance with the essential requirements and other relevant provisions of Directive 2014/53/EU.
Deutsch:
Dieses Gerät entspricht den grundlegenden Anforderungen und den weiteren entsprecheneden Vorgaben der Richtlinie 2014/53/EU.
Dansk:
Dette udstyr er i overensstemmelse med de væsentlige krav og andre relevante bestemmelser i Directiv 2014/53/EU.
Español:
Este equipo cumple con los requisitos esenciales asi como con otras disposiciones de la Directive 2014/53/EU.
Français:
Cet appareil est conforme aux exigencies essentialles et aux autres dispositions pertinantes de la Directive 2014/53/EU.
Íslenska:
Þessi búnaður samrýmist lögboðnum kröfum og öðrum ákvæðum tilskipunar 2014/53/EU.
Italiano:
Questo apparato é conforme ai requisiti essenziali ed agli altri principi sanciti dalla Direttiva 2014/53/EU.
Nederlands:
Deze apparatuur voldoet aan de belangrijkste eisen en andere voorzieningen van richtlijn 2014/53/EU.
Norsk:
Dette utstyret er i samsvar med de grunnleggende krav og andre relevante bestemmelser i EU-directiv 2014/53/EU.
Português:
Este equipamento satisfaz os requisitos essenciais e outras provisões da Directiva 2014/53/EU.
Suomalainen:
Tämä laite täyttää direktiivin 2014/53/EU oleelliset vaatimukset ja on siinä asetettujen muidenkin ehtojen mukainen.
Svenska:
Denna utrustning är i överensstämmelse med de väsentliga kraven och andra relevanta bestämmelser i Direktiv 2014/53/EU.
Page 74
73
Antenna
Gain (dBi)
Antenna Type
Manufacturer/Vendor
Ant A
3
Inverted F
Mantracourt
Ant C
2.2
½ wave Dipole
Mantracourt
Integrated
1.3
Chip antenna
Mantracourt
Page 75
74
Manufacturer Code
Description
Gain
Available From
DELTA7A
Dual band 2.4 or 5.8GHz Hinged mount whip
2.1dBi
Sequoia DELTA14
Stubby WiFi / WLAN Antenna
2.0dBi
Sequoia
DELTA15/SMAM/RA/RP11
2.4GHz Right angle RPSMA
2.0dBi
Sequoia
1699481
AUREL ANT.RP SMA 2.4GHz
2.0dBi
Farnell Electronic Components
537-785
EAD, FBKR35068-RS-KR WiFi Antenna
2.0dBi
RS Components
Page 76
75
If the CE marking is reduced or enlarged, the
proportions given in the above drawing must be respected.
The CE marking must have a height of at least 5 mm
except where this is not possible on account of the nature of the apparatus.
The CE marking must be affixed visibly, legibly, and
indelibly.
Page 77
76
Page 78
77
Manufacturer Code
Description
Gain
Available From
DELTA7A
Dual band 2.4 or 5.8GHz Hinged mount whip
2.1dBi
Sequoia DELTA14
Stubby WiFi / WLAN Antenna
2.0dBi
Sequoia
DELTA15/SMAM/RA/RP11
2.4GHz Right angle RPSMA
2.0dBi
Sequoia
1699481
AUREL ANT.RP SMA 2.4GHz
2.0dBi
Farnell Electronic Components 537-785
EAD, FBKR35068-RS-KR WiFi Antenna
2.0dBi
RS Components
Page 79
78
Region
Product Conforms To
Europe
CE
USA
FCC
Canada
IC
Page 80
79
Page 81
80
Page 82
81
Page 83
82
Page 84
83
Page 85
84
Page 86
85
Page 87
86
Page 88
87
Page 89
88
Page 90
89
Page 91
90
Page 92
91
Page 93
92
Document Title:
X24 ATEX Telemetry User Manual
Applies To:
X24 Product Range
Part Number:
517-938
Issue Number:
1.1
Dated:
2nd December 2016
In the interests of continued product development, Mantracourt Electronics Limited reserves the right to alter product specifications without prior notice.
Loading...
Buy Points How it Works FAQ Contact Us Questions and Suggestions Privacy Policy Cookie Policy Terms of Use