Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
Pizzato ST DL211MK-E0T RFID-coded non-contact safety sensor with E0T low coding level actuator, approximately 20 mm actuation distance and integrated 5-pole M12 connector for reliable industrial machine guard monitoring.
£96.99
The Pizzato ST DL211MK-E0T is a compact RFID-coded non-contact safety sensor designed for monitoring movable guards, doors and access panels on industrial machinery. As part of the Pizzato ST D series safety sensor range, it provides electronic guard detection without mechanical contact, making it well suited to modern machine safety and industrial automation systems.
The ST D series uses RFID technology to recognise a coded actuator within the sensor's operating zone. The E0T actuator configuration uses a low coding level and provides a larger operating distance than the D-type actuator options, helping accommodate applications where additional alignment tolerance between the sensor and actuator is beneficial.
The ST DL211MK-E0T features a left-side connection arrangement, an integrated 5-pole M12 connector and a DC supply suitable for standard industrial safety systems. Its E-type actuator provides an approximately 20 mm actuation distance, while the robust technopolymer construction and non-contact switching principle support reliable operation in demanding machinery applications.
RFID-coded safety sensors such as the Pizzato ST DL211MK-E0T provide non-contact monitoring of movable machine guards. When the correctly coded actuator enters the sensor's operating zone, the sensor provides electronic safety information that can be evaluated by suitable machine safety control equipment.
The ST D series is particularly suited to automated machinery where dependable guard detection, reduced mechanical wear and flexible installation are important. The E0T actuator's approximately 20 mm actuation distance provides useful tolerance between the sensor and actuator, while the M12 connection supports straightforward installation, servicing and sensor replacement.
Tick the specs you need, then view products that match.
| Coding Level | Low | |
|---|---|---|
| Product Series | Pizzato ST D (RFID) | |
| Sensing Principle | RFID (coded) | |
| Manufacturer | Pizzato | |
| Series | ST D Series RFID Safety Sensors | |
| Model | ST DL211MK-E0T | |
| Product type | RFID-coded non-contact safety sensor | |
| Technology | RFID coded non-contact switching | |
| Housing material | Technopolymer | |
| Connection orientation | Left side | |
| Connection type | Integrated 5-pole M12 connector | |
| Actuator coding level | Low coding level | |
| Actuator type | E0T coded actuator | |
| Actuation distance | approx. 20 mm | |
| Application | Machine guard and door monitoring | |
| Range | ST | |
| Alternative product SKU | STDL211MKE0T | |
| Manufacturer part number | ST DL211MK-E0T | |
| Barcode | 8018851579783 | |
| HS Code | 85369095 |
The ST DL211MK-E0T is an RFID-coded safety sensor used for non-contact monitoring of movable machine guards, doors and access panels in industrial safety systems.
The sensor uses an E0T low coding level RFID actuator for coded electronic guard detection.
The E0T actuator configuration provides an actuation distance of approximately 20 mm, offering useful installation tolerance between the sensor and actuator.
The sensor uses an integrated 5-pole M12 connector with the electrical connection positioned on the left side of the housing.
The sensor is suitable for machine guards, automated production equipment, packaging machinery, robotic cells, conveyors and other industrial applications requiring reliable non-contact safety monitoring.
Pizzato ST D series safety sensors provide machine builders and automation engineers with reliable RFID-coded non-contact guard monitoring for modern industrial machinery and safety systems.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.