Magnet detector configuration - Revision history

Baya at 07:28, 13 April 2017

2017-04-13T07:28:54Z

Baya at 07:23, 13 April 2017

2017-04-13T07:23:33Z

Baya: /* Setting parameters for detecting magnets */

2017-04-13T07:21:56Z

‎Setting parameters for detecting magnets

Baya: /* Setting parameters for detecting magnets */

2017-04-13T07:15:42Z

‎Setting parameters for detecting magnets

Baya at 07:14, 13 April 2017

2017-04-13T07:14:19Z

Baya at 07:30, 11 April 2017

2017-04-11T07:30:47Z

Baya at 07:30, 11 April 2017

2017-04-11T07:30:29Z

Baya: Created page with "Parameters groups "magnet-A, magnet-B" The system responds to a change in the magnetic field in the range of the sensors These parameter groups allow you to configure the dete..."

2017-04-11T07:21:24Z

Created page with "Parameters groups "magnet-A, magnet-B" The system responds to a change in the magnetic field in the range of the sensors These parameter groups allow you to configure the dete..."

New page

Parameters groups "magnet-A, magnet-B"
The system responds to a change in the magnetic field in the range of the sensors
These parameter groups allow you to configure the detection of magnets by two sensor magnets separately.
DV is the response of the system over the magnetic field.
Th - sensitivity detection setting. The parameter values are selected based on the noise level (0.25 ... 10.0)
B (mGs) - current level of field strength in mGas measured by the sensor.
Buffer size - the size of the history buffer for analysis (100 - corresponds to 1 second maximum value 250, minimum 10)
Buffer window - analysis window (50 - corresponds to 0.5 sec). The buffer size / buffer window ratio affects the speed sensitivity of the metal.
Th in delay / th out delay - time setting for detection when dV is exceeded above th and at detection loss at dV is less than th.
State - the state of detection of the magnet.
Counter counter.
In Fig. 2.2 shows an example of the change in the state of the state in time, depending on the indicator value (dV) and the influence of the tuning parameters (th, th in delay, th out delay).

@@ Line 38: / Line 38: @@
 After the settings, save the settings.
 . False triggering in some cases can be caused by impulse and constant interference at the installation site, for example, when the sliding doors (especially with the DC collector drive) are close (<2 m), when power consumers switch on/off the power line (depends on Parameters of the mains), with close proximity (<0.5 m) of mains power lines, with close location (<25 m) of transport routes (metro, tram, parking). The detuning from false alarms can be performed by a load of sensitivity (increase in '''''th'''''), as well as an increase in the delay in triggering '''''th in delay'''''.
 [[Category:Combie-Shop]]

@@ Line 6: / Line 6: @@
 == Parameters description ==
-[[File:Combie manual magnetdet 2.2.png|thumb|right|450px|Fig. 2: shows an example of the change in the state of the state in time, depending on the indicator value (dV) and the influence of the tuning parameters (th, th in delay, th out delay)]]
+[[File:Combie manual magnetdet 2.2.png|thumb|right|450px|Fig. 1: shows an example of the change in the state of the state in time, depending on the indicator value (dV) and the influence of the tuning parameters (th, th in delay, th out delay)]]
 * '''dV''' - the response of the system over the magnetic field
@@ Line 17: / Line 17: @@
 * '''counter''' - the the lifetime magnet events counter.
-See figure for details.
+See figure 1 for details.
 == Setting parameters for detecting magnets ==

@@ Line 24: / Line 24: @@
 The difference between the use of sensors A and B is that a separate LED (green) and sound indication is provided only for sensor B.
-In order to indicate the alarms through sensor A, you must additionally [[Magnet with trolley detector configuration|configure the '''''magnet with trolley''''' group]] to detect magnets without metal compensation.
+In order to indicate the alarms through sensor A, you must additionally [[Magnet with trolley detector configuration|configure the '''''magnet with trolley''''']] to detect magnets without metal compensation.
 In this case, the light (red) and sound signaling corresponding to the ''magnet with trolley'' functionality will be used.

@@ Line 24: / Line 24: @@
 The difference between the use of sensors A and B is that a separate LED (green) and sound indication is provided only for sensor B.
-In order to indicate the alarms through sensor A, you must additionally configure the '''''magnet with trolley''''' group to detect magnets without metal compensation.
+In order to indicate the alarms through sensor A, you must additionally [[Magnet with trolley detector configuration|configure the '''''magnet with trolley''''' group]] to detect magnets without metal compensation.
 In this case, the light (red) and sound signaling corresponding to the ''magnet with trolley'' functionality will be used.

@@ Line 19: / Line 19: @@
 See figure for details.
-<br style='clear:both'>
+== Setting parameters for detecting magnets ==
-== Parameter group "magnet with trolley" ==
-The system responds to a change in the magnetic field in the sensor's operating range. At the same time, the activation of the magnet is blocked if the metal is simultaneously detected. These functions are intended for detecting magnets when used on an object (for example, cash registers of hypermarkets), in the coverage area of the trolley system with an iron structure, since iron has the properties of a magnet.
-These parameter groups allow you to adjust the detection of magnets during metal compensation.
+. The magnets detection settings are made separately for magnetic sensors A and B, see corresponding '''''magnet-A''''', '''''magnet-B''''' parameter groups.
 [[Category:Combie-Shop]]

← Older revision		Revision as of 07:30, 11 April 2017
Line 24:		Line 24:

	These parameter groups allow you to adjust the detection of magnets during metal compensation.		These parameter groups allow you to adjust the detection of magnets during metal compensation.
		+
		+	[[Category:Combie-Shop]]

@@ Line 1: / Line 1: @@
 Parameters groups "magnet-A, magnet-B"
 The system responds to a change in the magnetic field in the range of the sensors
 These parameter groups allow you to configure the detection of magnets by two sensor magnets separately.
-DV is the response of the system over the magnetic field.
+These parameter groups allow you to configure the detection of magnets by two sensor magnets separately
-Th - sensitivity detection setting. The parameter values are selected based on the noise level (0.25 ... 10.0)
-B (mGs) - current level of field strength in mGas measured by the sensor.
+== Parameters description ==
-Buffer size - the size of the history buffer for analysis (100 - corresponds to 1 second maximum value 250, minimum 10)
+[[File:Combie manual magnetdet 2.2.png|thumb|right|450px|Fig. 2: shows an example of the change in the state of the state in time, depending on the indicator value (dV) and the influence of the tuning parameters (th, th in delay, th out delay)]]
-Buffer window - analysis window (50 - corresponds to 0.5 sec). The buffer size / buffer window ratio affects the speed sensitivity of the metal.
-Th in delay / th out delay - time setting for detection when dV is exceeded above th and at detection loss at dV is less than th.
+* '''dV''' - the response of the system over the magnetic field
-State - the state of detection of the magnet.
+* '''th''' - sensitivity detection setting. The parameter values are selected based on the noise level (0.25 ... 10.0)
-Counter counter.
+* '''B (mGs)''' - current level of field strength in mGs measured by the sensor
-In Fig. 2.2 shows an example of the change in the state of the state in time, depending on the indicator value (dV) and the influence of the tuning parameters (th, th in delay, th out delay).
+* '''buffer size''' - the size of the history buffer for analysis (100 - corresponds to 1 second maximum value 250, minimum 10)