ATEX & IECEx approved (intrinsically safe) panel mount MK08 Series Reed Sensor are supplied in a cylindrically shaped housing with cable terminals. Optional internal switch, cable, length, and termination. Oil resistant wire, operate -40°C to +130°C. Certified to operate in hazardous locations or potentially explosive environments. KEMA 00ATEX1112 X, IECEx KEM09.0006 X
Type of protection: II 2 GD Ex mb II T6
II 2 GD Ex tD A21 IP65 T85 °C
In accordance with: IEC/EN 60079-0, IEC/EN 60079-18, IEC/EN 61241-0, IEC/EN 61241-1
ATEX Declaration of Conformity
IECEx Certificate of Conformity
Mounting Instructions for MK08
UL Certificate of Compliance (MKxxU *Series followed by U)
| Contact Form | 1A (SPST) Normally Open (N.O.), 1B (SPST) Normally Closed (N.C.) |
| Operating Range | 10-60 AT |
| Rated Power Max. | 60W/400VDC/1A |
Industrial, intrinsic safety circuits, mining, hazardous locations or potentially explosive environments
Series Data Sheet (PDF)| Item No. | Datasheet | Distributor | Region | Quantity | Cart | RFQ | Inventory Date |
|---|---|---|---|---|---|---|---|
| MK08S_JTL | Mouser Electronics | Americas | 0 | RFQ | 2025-04-26 | ||
| MK08-1A74-BV222 | Mouser Electronics | Americas | 0 | RFQ | 2025-04-26 | ||
| MK08-1B84-BV400 | Mouser Electronics | Americas | 35 | BUY | RFQ | 2025-04-26 | |
| MK08 | Standex Factory | Americas | 0 | RFQ | 2025-04-26 | ||
| MK81FN256VLL15 | Mouser Electronics | Americas | 0 | RFQ | 2025-04-26 | ||
| MK81FN256VDC15 | Mouser Electronics | Americas | 928 | BUY | RFQ | 2025-04-26 | |
| MK82FN256VLL15 | Mouser Electronics | Americas | 536 | BUY | RFQ | 2025-04-26 | |
| MK80FN256VLL15 | Mouser Electronics | Americas | 776 | BUY | RFQ | 2025-04-26 | |
| MK82FN256VDC15 | Mouser Electronics | Americas | 922 | BUY | RFQ | 2025-04-26 | |
| MK8 | Standex Factory | Americas | 0 | RFQ | 2025-04-26 |
ATEX & IECEx approved (intrinsically safe) contactless push button panel mount MK25 Series Reed Sensor. Optional internal switch, cable, length, and termination. Button plates, emergency stop buttons, etc. can be provided with laser inscriptions as required. The information is burnt into the surface and thus, unlike with print-inscribed elements, is very durable. KEMA 05ATEX1206X, KEM 09.0005X Certified to operate in hazardous locations or potentially explosive environments.
Type of protection: II 2 G Ex mb IIC T6
II 2 D Ex tD A21 IP65 T85 °C
In accordance with: IEC/EN 60079-0, IEC/EN 60079-18, IEC/EN 61241-0, IEC/EN 61241-1
ATEX Declaration of Conformity
IECEx Certificate of Conformity
Mounting Instructions for MK25
Reed Switches work well with smart home automation systems because they draw no power compared to other magnetic sensing elements. They can be married to a wireless or Bluetooth technology and placed in remote battery powered door sensors or window sensors, or anything where you’re looking for movement or proximity. They’re a very cost-effective and robust component suitable for the home environment, requiring fewer connections resulting in longer battery life.
In today’s homes and also commercial properties, there’s an increased necessity for control to improve efficiency and productivity. And with that control, you have different products that measure temperature, water levels, security, and locks, so within those products reed switches play a major role in making them “smart”.
Standex Electronics is a global leader in the design, development, and manufacturing of standard and custom Reed Switches.
Welcome to Standex Electronics where we will be exploring what magnets are and how they are used in the electronic industry. We will define the key terms relating to magnets and we will explore what magnets are, what they do, and how they are used.
Welcome to Standex Electronics' presentation on magnetic mapping and how it can help the reed sensor designer.
Welcome to Standex Electronics' presentation on the Liquid level sensing technology. We will present and define the liquid level sensing technology. We will also present the key functions and define all critical terms. Along with this we will investigate the various package configurations and review the various expanding applications.
Welcome to Standex Electronics' How to Select the Correct Technology for a Given Sensor Requirement. We will focus on the following sensor technologies - Reed, Hall, and Electromechanical. These sensors all provide a switching function either directly or indirectly. We will introduce the key specifications, and how these parameters compare to each other for the different technologies.
Welcome to Standex Electronics Electronic's presentation on the exciting dramatic increase in automotive applications using hermetically sealed reed sensors. They are having a significant effect on automotive safety and adding to the overall vehicle intelligence. We will present the reed sensor's technology, how they 'tie into' the applications, and show how they solve the application's problem. We will also present many of the applications and go into detail on some of them.
The Reed Switch is the core element in Reed Sensors, Level Sensors and Reed Relays. A magnetic contact switch consisting of two ferromagnetic blades are hermetically sealed inside a glass tube. The glass tube is filled with a high purity inert gas. Under non operating conditions the reed switch contacts do not touch. Standex Electronics is leading the way in reed switch manufacturing...
Ultra miniature and high precision Reed Switch manufacturing in the most modern factory of its kind. Standex Electronics micro technology enables the mass production of Reed Switches at the highest quality for competitive pricing. The complete process from the sputtering of the magnetic contacts through the hermetic sealing and final testing...
Standex Electronics expert discusses reed switch technology and why reed switches play such an important role in many applications.
Standex Electronics's technical expert describes their 3D Magnetic Mapping capabilities used in reed sensor applications
A Reed Switch Sensor on a surface mount PCB assembly shown in 3-D with actuating magnet. When viewed in three dimensions, the magnetic flux lines emanating from the magnet look like a beer barrel keg; and also in three dimensions, with the magnet parallel to the reed switch, the center magnetic lobe array looks like a donut and the two outside lobes look more like a boxer's punching bag -- the kind hung from the ceiling. Essentially the fields from the magnet and the fields for the lobes are symmetrical when viewed in three dimensions. As seen in two dimensions, when the magnet is brought into one of the lobes the reed switch contacts will close. Now, as seen in three dimensions the magnet can be brought into the lobes in any spherical direction for contact closure to occur. Here the magnet is moved into the sphere of influence of the lobes of the reed switch showing the closure and opening when the magnet enters the lobes and passes through them, The change in lighting signifies the closing and opening of the reed switch contacts.
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