IFM inductive sensor IW5064 in stock

Brand

IFM/Germany

Application Areas

Environmental Protection, Biotechnology, Petroleum, Pharmaceuticals/Biopharmaceuticals, General Industry

IFM pressure sensors are among the most widely used measuring devices in automatic control. In large-scale chemical projects, almost all pressure sensor applications are included: differential pressure, absolute pressure, gauge pressure, high pressure, micro differential pressure, high temperature, low temperature, and remote flange-type pressure sensors made of various materials and with special processing.

The working principle of IFM piezoelectric sensors is: certain substances deform under the action of external mechanical forces, thereby forming an electric charge (field); this phenomenon is called the positive piezoelectric effect. Conversely, certain substances undergo mechanical deformation under the action of an external electric field; this phenomenon is called the negative piezoelectric effect.

The theoretical basis of IFM photoelectric sensors is the photoelectric effect. The photoelectric effect produced when light shines on an object's surface is usually divided into three categories. The first type utilizes the external photoelectric effect, where photoelectrons escape from the surface of an object under the influence of light. Examples of such devices include phototubes and photomultiplier tubes. The second type utilizes the internal photoelectric effect, where light causes a change in the resistivity of a material. Examples of such devices include photoresistors. The third type utilizes the photovoltaic effect, where light generates a directional electromotive force within an object. Examples of such devices include photovoltaic cells.

What are the dynamic and static characteristics of a sensor? Briefly describe under what conditions studying only the static characteristics is sufficient for general needs, and under what conditions is it generally necessary to study the dynamic characteristics of a sensor? The dynamic characteristics of a sensor refer to the input-output characteristics of the sensor when the input quantity changes over time. The static characteristics refer to the input-output characteristics of the sensor when the input quantity is constant or changes extremely slowly. Studying only the static characteristics in the time domain is generally sufficient for general needs, while the dynamic characteristics of the sensor are generally studied in the frequency domain.

The working principle of a surface-controlled semiconductor gas sensor. Resistive semiconductor gas sensors detect the composition or concentration of a gas by measuring the change in its resistance when the semiconductor comes into contact with the gas. Non-resistive semiconductor gas sensors, on the other hand, detect gases directly or indirectly by observing changes in certain properties caused by the semiconductor's adsorption and reaction with the gas.

IFM SI5000 Flow Sensor

IFW200

IFM Relay

O5G500

IFM PN5004 Pressure Sensor

IFM SI5010 Flow Sensor

TR2432

IFM Relay

PN7001

IFM PN7000 Sensor

PN7002

IFM SI5000 Flow Sensor

IM5117

IFM DD2001 Sensor

E20633

OF5012

IFM Relay

IG0374

IFM SI5004 Flow Sensor

PN7003

IFM Temperature Sensor (Germany), IFM Temperature Sensor

IFM Encoder (Germany), IFM Encoder

IFM Flow Meter (Germany), IFM Flow Meter

IFM Flow Sensor (Germany), IFM Flow Sensor

IFM Flow Switch (Germany), IFM Flow Switch

IFM Sensor (Germany), IFM Sensor IFM pressure sensors (Germany), IFM pressure sensors

IFM relays (Germany), IFM relays

IFM proximity switches (Germany), IFM proximity switches

IFM level sensors (Germany), IFM level sensors

Our company is a well-known domestic supplier of industrial hydraulic products and automation instruments. We source directly from overseas, ensuring fast, efficient, and reliable service, truly satisfying our customers and giving them peace of mind when purchasing. Our company's advantageous distribution products include:

IFM, Micro Motion mass flow meters (EATON VICKERS), REXROTH, FISHER (EMERSON), HYDAC sensors, WANDFLUH, GEFRAN sensors, RONZIO synchronous motors, SICK, ASCO solenoid valves, TOPWORX limit switches (EMERSON), PARKER, BALLUFF, Siemens PLCs, HONEYWELL, and BUCHER.

PN5004

IFM Flow Switch

O1D106

IFM Relay

LK8122

ifman Proximity Switch

PE7006

ifman Sensor IF5740

IG5533

IM5046

IFM Flow Switch

PN2022

IFM Sensor PN2024

ifman Flow Sensor SI5007

PN7009

IW5052

IFM Flow Switch

MK5108

ifman Relay

IF5811

IFM Flow Switch

IIM201

E20051

ifman Temperature Sensor

IM5135

IFM Flow Sensor SI5002

ifman Pressure Sensor PN7000

PN7594

ifman Sensor IM0010

OU5034

ifman Flow Switch

IF0312

IFM Relay

PN2021 IFM Pressure Sensor PN7004

PK6532

NI5003

IFM Flow Switch

KB5003

E11437

IFM Sensor IW5051

IFM Flow Sensor SI5002

IE5295

IFM Relay

IE9203

IFM Proximity Switch

O5P200

IFM Relay

IM5132

IFM Sensor E10137

PN7004

O2D222

IFM Pressure Sensor PN5003

LK1022

OA5104

IFM Proximity Switch

IE5075

IFM Proximity Switch

IM5040

IFM Relay

E40099

IFM Flow Switch

OI5003

IE5338

IFM Proximity Switch

IE5347

NI5003 IFM proximity switches

OJ5016

IFM flow sensor SI5000

LR7000

IFM sensor OJ5017

AC1147

SA3010

IFM proximity switches

Our company mainly deals in European and American brands and can source brands from any European country. For example, our advantageous German brands include: BURKERT, DEMAG, HAWE, REXROTH, HYDAC, PILZ relays, FESTO, IFM sensors, E+H, HEIDENHAIN, P+F sensors, SICK, TURCK, and HIRSCHMANN industrial switches. German brands: Hengstler, Murr, Schmersal, Samson, EPRO (Emerson Group)

American brands: MOOG, ASCO, MAC, NUMATICS, PARKER, VICKERS, ROSS

British brands: Norgren

Italian brands: OMAL, ATOS, CAMOZZI, UNIVER, Camozzi