Magnet detector configuration v1 - Revision history

Monster: /* Parameters description */

2019-01-11T09:57:51Z

‎Parameters description

Ypypy: /* Setup procedure */

2017-07-31T15:16:05Z

‎Setup procedure

Ypypy: /* Setup procedure */

2017-07-31T15:12:12Z

‎Setup procedure

Ypypy: /* Setting parameters for detecting magnets */

2017-07-31T15:11:38Z

‎Setting parameters for detecting magnets

Ypypy: /* Parameters description */

2017-07-31T15:07:05Z

‎Parameters description

Ypypy: /* Parameters description */

2017-07-31T15:06:31Z

‎Parameters description

Ypypy: /* Parameters description */

2017-07-31T15:05:36Z

‎Parameters description

Ypypy: /* Parameters description */

2017-07-31T14:51:31Z

‎Parameters description

Ypypy: /* Parameters description */

2017-07-31T14:35:21Z

‎Parameters description

Ypypy: /* Parameters description */

2017-07-31T14:34:40Z

‎Parameters description

@@ Line 39: / Line 39: @@
 * '''alarm counter''' - the lifetime magnet sensor events counter.
 * '''algo''' - the detection algo.
-- Simple magnet detector. Detection is depended only on sensors
+- Simple magnet detector. Detection is depended only on sensors sensitivity settings (MS 1, 2 for Magnet 1  MS 3, 4 for Magnet 2). When one of two sensors detects magnet it's consider as magnet detector alarm. '''dV''' is not affected in this mode
-  sensitivity settings (MS 1, 2 for Magnet 1  MS 3, 4 for Magnet 2).
+, 2 - Dual magnet detector in gain sense mode 1 and 2. The main detection variable '''dV''' is calculated as a sum of each sensors responses without/with sign of values considering.
-  When one of two sensors detects magnet it's consider as magnet detector alarm. '''dV''' is not affected in this mode
+, 11 - Dual magnet detector in magnet filter mode 1 and 2. The main detection variable '''dV''' is calculated as a delta sensors responses without/with sensors space orientation considering.
-, 2 - Dual magnet detector in gain sense mode 1 and 2. The main detection variable '''dV''' is calculated as a sum of each sensors responses without/with sign of values
+, 21 - Dual magnet detector in metal filter mode 1 and 2. The main detection variable '''dV''' is calculated as a sensors responses with metal detector data compensations. In this mode is need to tune parameters from group '''Magnet x adv'''
-  considering.
 , 11 - Dual magnet detector in magnet filter mode 1 and 2. The main detection variable '''dV''' is calculated as a delta sensors responses without/with sensors space
-  orientation considering.
-  considering.
-, 21 - Dual magnet detector in metal filter mode 1 and 2. The main detection variable '''dV''' is calculated as a sensors responses with with metal detector data
- compensations. In this mode is need to tune parameters from group '''Magnet x adv'''
 '''Parameters groups Magnet x adv''' for tuning magnet detector in metal filter modes .

@@ Line 72: / Line 72: @@
 . 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 '''''in delay'''''.
-. For false alarm filtering select corresponded '''algo''' value from '''Magnet x''' group
+. For false alarm filtering select corresponded '''algo''' value from '''Magnet x''' group , use the variable '''''dV''''', which should be [[Device_tuning_via_the_baozam.net_website#Monitoring|chosen for monitoring]].
 [[Category:Combie-Shop]]

@@ Line 72: / Line 72: @@
 . 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 '''''in delay'''''.
-. For false alarm filtering select corresponded '''algo''' value
+. For false alarm filtering select corresponded '''algo''' value from '''Magnet x''' group
 [[Category:Combie-Shop]]

@@ Line 58: / Line 58: @@
 * '''K-metal''', '''K-metal-2''' - the parameters of accounting for changes and the rate of change during the movement of the metal
-== Setting parameters for detecting magnets ==
+=== Setup procedure ===
-. The magnets detection settings are made separately for magnetic sensors A and B, see corresponding '''''magnet-A''''', '''''magnet-B''''' parameter groups.
+. To assess the level of the magnet's influence, use the variable '''''dV''''', which should be [[Device_tuning_via_the_baozam.net_website#Monitoring|chosen for monitoring]].
-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.
+The system should tuned to the best sensitivity when detecting moving magnets using the parameters '''''th''''', '''''bsize''''', '''''window''''', '''''in delay''''' / '''''out delay''''', taking into account the noise level.
-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.
+The magnet detector is evaluated using the state and counter variables, as well as based on the external LED indication.
-In this case, the light (red) and sound signaling corresponding to the ''magnet with trolley'' functionality will be used.
-−
-Sending information on the number of shifts of magnetic detectors for a period or messages about a tripping can be performed on the basis of counter and state variables independently.
-−
-−
-. To assess the level of the magnet's influence, use the variable '''''dV''''', which should be [[Device_tuning_via_the_baozam.net_website#Monitoring|chosen for monitoring]].
-The system should tuned to the best sensitivity when detecting moving magnets using the parameters '''''th''''', '''''buffer size''''', '''''buffer window''''', '''''th in delay''''' / '''''th out delay''''', taking into account the noise level.
-−
-The magnet detector is evaluated using the state and counter variables, as well as based on the external LED indication (green for ''magnet-B'').
 The range of detection depends on the level of magnetic induction of the magnet, the direction of its magnetic field and the speed of motion. For tuning, you can use a standard magnetic puller with an induction of 6-10,000 Gauss.
@@ Line 79: / Line 70: @@
-. 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'''''.
+. 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 '''''in delay'''''.
 [[Category:Combie-Shop]]

@@ Line 38: / Line 38: @@
 * '''state''' - the state of detection of the magnet
 * '''alarm counter''' - the lifetime magnet sensor events counter.
-* '''algo''' - the detection algo.  0 - Simple magnet detector. Detection is depended only on sensors
+* '''algo''' - the detection algo.
    sensitivity settings (MS 1, 2 for Magnet 1  MS 3, 4 for Magnet 2).
    When one of two sensors detects magnet it's consider as magnet detector alarm. '''dV''' is not affected in this mode
-, 2 Dual magnet detector in gain sense mode 1 and 2. The main detection variable '''dV''' is calculated as a sum of each sensors responses without/with sign of values
+, 2 - Dual magnet detector in gain sense mode 1 and 2. The main detection variable '''dV''' is calculated as a sum of each sensors responses without/with sign of values
    considering.
-, 11 Dual magnet detector in magnet filter mode 1 and 2. The main detection variable '''dV''' is calculated as a delta sensors responses without/with sensors space
+, 11 - Dual magnet detector in magnet filter mode 1 and 2. The main detection variable '''dV''' is calculated as a delta sensors responses without/with sensors space
    orientation considering.
    considering.
-, 21 Dual magnet detector in metal filter mode 1 and 2. The main detection variable '''dV''' is calculated as a sensors responses with with metal detector data
+, 21 - Dual magnet detector in metal filter mode 1 and 2. The main detection variable '''dV''' is calculated as a sensors responses with with metal detector data
   compensations. In this mode is need to tune parameters from group '''Magnet x adv'''

@@ Line 31: / Line 31: @@
 '''Parameters groups Magnet x''' for magnet detector tuning.
 * '''algo''' - the detection algo.
-   *0. Simple magnet detector. Detection is depended only on sensors
+. Simple magnet detector. Detection is depended only on sensors
    sensitivity settings (MS 1, 2 for Magnet 1  MS 3, 4 for Magnet 2).
    When one of two sensors detects magnet it's consider as magnet detector alarm. '''dV''' is not affected in this mode
@@ Line 41: / Line 47: @@
    considering.
 , 21 Dual magnet detector in metal filter mode 1 and 2. The main detection variable '''dV''' is calculated as a sensors responses with with metal detector data
-  compensations.
+  compensations. In this mode is need to tune parameters from group '''Magnet x adv'''
-  When one of two sensors detects magnet it's consider as magnet detector alarm.
+'''Parameters groups Magnet x adv''' for tuning magnet detector in metal filter modes .
+* '''tau''' - the parameter of calculating the rate of change of the metal response.
-* '''dV''' - the overall response of the system to the magnetic field with compensation
-* '''th''' - sensitivity detection setting. The parameter values are selected based on the noise level (0.25 ... 10.0)
 * '''win magnet''' - the size of the history buffer (5 - corresponds to 0.05 sec) for the analysis of changes in the magnetic field
 * '''win metal''' - the size of the history buffer (10 - corresponds to 0.1 sec) for analysis of changes during the movement of metal
-* '''in delay''' & '''out delay''' - time setting for detection when '''''dV''''' is exceeded above '''''th''''' and at detection loss at '''''dV''''' is less than '''''th'''''
+* '''AB magnet th''', '''AB metal th''' - set ranges of dV for magnet alarm blocking
-* '''state''' - the state of detection of the magnet
+* '''K-magnet-2''' - the parameter of taking into account the rate of change of the magnetic field
-* '''alarm counter''' - the lifetime magnet sensor events counter.
+* '''K-metal''', '''K-metal-2''' - the parameters of accounting for changes and the rate of change during the movement of the metal
 See figure 1 for details.