Beli magnetic sensor di monotaro.id

A magnet is built in the sensor part, and it can be used by sticking it on metal.

Cylindrical Inductive Proximity SensorsThe PR series inductive proximity sensors feature solid sensing performance, excellent noise immunity and protection circuits. Available in various sizes and sensing distances, the standard cylindrical inductive sensors can be used in diverse applications requiring non-contact detection of metallic objects.

The Carlo Gavazzi cylindrical proximity magnetic sensors of the FSM series are available in different versions with brass or nickel plated brass housing, different dimensions and output contacts. They can be mounted directly on ferromagnetic supports as well in this situation a reduction in the operating distance may occur due to a loss of magnetic field.Front side switchingM12 or M16 diameterIP67 degree of protectionNO or CO output functions

* Cannot be used with capacitive proximity sensors.

The Sefram 8460 is a High-Speed Thermal Paper Data Acquisition Solution with 270 mm paper that enables you to acquire multiple parameters: Voltage, Current (with shunt or Clamp), Temperature (thermocouples), measurements on sensors (e.g. 0-10V4-20 mA), etc.. You can set up your own channel configuration from the 4 input boards available: 6ch Universal Board, 6ch Universal High Voltage board, 6ch Strain Gauge board and 12ch Multiplexed boards. With suitable channel configuration you can record from 6 up to 36 channels and 16 logical inputs. Long term measurements with a sampling rate of 1MHz are possible by taking full advantage of the 500GB internal hard disk memory. With a special integrated function of Power Analysis you can record all your parameters on a Single-Phase and Three-Phase network (50Hz, 400Hz and 1kHz). This Data Acquisition Solution can be remotely controlled by USB, Ethernet or WiFi connection and the results can analysed on license-free software from Sefram.Sefram 8460 combines autonomy, power and simplicity to provide you the right answer for your recording needs.Options:IRIG boardWiFi interfaceOptions2320470 - Multiplexed card 12 channels2320468 - Universal input card 6 channels2320459 - High Voltage Universal input card 6 channels2320471 - Strain Gauge Card 6 channels2320453 - WiFi option7918071 - External 16 isolated logical channel adapter1259523 - Special cord for logic inputs (banana)2320474 - 19" rack mounting kitFactory Options (must be ordered with the main unit)2320472 - GPS card option - internal clock synchronization with an GPS time (only possible GPS or IRIG)2320473 - IRIG card option - internal clock synchronization with an IRIG time (only possible IRIG or GPS)2320469 - High Impedance option Z = 10Mohm. One needed for each input board2320466 - 2 TB Hard drive optionSupplied withIncluded: main adaptor 100/240V, manual (CD-ROM), connectors

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WL-410 Wireless Wind Alarm System consists of a wind speed sensor and a receiver. The sensor measures wind speed and transmits data to the receiver. The 3.5-inch LCD display of receiver shows readings on the main page and the history graphs are shown on different pages. Based on the preset values, the receiver can trigger local alarms such as LED lights and buzzer, or trigger external indication via 4 built-in relays when measured wind speeds exceeding the thresholds. The volume of the audible alarm is adjustable from 85 to 90 dB. The upgraded model, WL-410XB, is equipped with a more sensitive wireless module and longer transmission (1300m). W410XB has also added Bluetooth connectivity between the receiver unit and smartphone. Users can install the App to monitor wind speed on their smartphone and pair to multiple smart devices.

Standard for detecting the presence or absence of magnetic metals. Excellent environmental resistance. Standard use of a cord protector as a measure against disconnection. * When using at 24V AC, use within an ambient temperature range of -25°C or higher. * When using the M18 and M30 types in the ambient temperature range of 70 to 85°C, use the control output (switching capacity) in the range of 5 to 200 mA.

This tubular proximity sensor is engineered for use with ferrous-metal targets and nonmetallic targets. It can detect both conductive and non-conductive materials, but is most commonly used for sensing plastics, liquids, powders and granular materials.

Long-Distance Cylindrical Inductive Proximity SensorsThe PRD series cylindrical inductive proximity sensors are available in standard and IO-Link communication models. The sensors feature long sensing distances and excellent noise immunity. Available in various sizes and sensing distances, the high performance cylindrical inductive sensors can be used in diverse applications requiring non-contact detection of metallic objects. The sensors also feature strain relief cables for improved flexural strength and durability.

Sensor head variations that can be selected according to the intended use. A bending-resistant cable is used between the preamplifier of the sensor head and the amplifier. Temperature characteristics of 0.08% /°C, which are not easily affected by changes in ambient temperature Micron accuracy can be detected and set easily and reliably (teaching function) You can check the detection margin (digital display) Supports high-precision positioning and discrimination inspection. "FP (Fine Positioning) function" that maximizes the amount of change Assortment of sensor communication unit types compatible with EtherCAT sensor communication unit / CC-Link sensor communication unit

These inductive proximity sensors are designed for noncontact detection of metal targets in position-sensing applications and part-presence applications. Each features an extended sensing range and robust housing design to reduce failure from mechanical damage in industrial applications.

Detection Target: Magnetic metal (non magnetic metal, detection distance decreases).