MINCO S211596 Resistance Temperature Detector Instructions

MINCO S211596 Resistance Temperature Detector

Product Information Intrinsically Safe and Non-Sparking Temperature

Detectors

The S211596 temperature detector is designed to provide protection from mechanical impact and is available in two methods of installation – Potting Method and Ring and Spring Method. It has Ex nA certification and is suitable for use in hazardous locations with ATEX and IECEx certificates.

Attestation of Conformity

The product has Ex nA certification with Certificate IECEx DEK 11.0001X, Certificate DEKRA 14ATEX0008 X, and DEKRA Certification B.V. (0344) Meander 1051 6825 MJ Arnhem The Netherlands. The date of attestation is 06 Mar 2023, and the Ex Authorized Person is Rob Bohland, Minco Products, Inc, 7300 Commerce Lane Minneapolis, MN 55432 USA. This Attestation of Conformity is issued under the sole responsibility of the manufacturer. Resistance temperature detector (RTD) model S211596. The product defined above is in conformity with the following relevant legislation:

• EN 60079-0:2012* Explosive atmospheres – Part 0: Equipment – General requirements
• EN 60079-11:2012 Explosive atmospheres – Part 11: Equipment protection by intrinsic safety “i”
• EN 60079-15:2010 Explosive atmospheres – Part 15: Equipment protection by type of protection “n”
• IEC 60079-0:2011-06* Explosive atmospheres – Part 0: Equipment – General requirements
• IEC 60079-11:2011-06 Explosive atmospheres – Part 11: Equipment protection by intrinsic safety “i”
• IEC 60079-15:2010-01* Explosive atmospheres – Part 15: Equipment protection by type of protection “n”
• Korea Ministry of Employment and Labor Notice No. 2013-54 (KCs Certificate No. 17-KA4BO-0017X)

Technical Regulations of the EurAsian Customs Union TR CU 012/2011: On the Safety of Equipment for Work in Explosive Environments (Certificate RU С-US.ГБ08.B.01904)

NOTE: The harmonized standard EN IEC 60079-0:2018 has been compared to the standard used for certification purposes and no changes in the “state of the art” apply to the product. The standards IEC 60079-0:2017/COR1:2020 and IEC 60079-7:2015+AMD1:2017 CSV have been compared to the standard used for certification purposes and no changes in the “state of the art” apply to the product.

Ex ia certification:
Certificate IECEx LCIE 14.0003 X Certificate LCIE 14ATEX3008 X LCIE Bureau Veritas – Site de Fontenay aux Roses 33, avenue du Général Leclerc 92260 Fontenay-aux-Roses FRANCE

Installation Instructions

There are two methods of installation: Potting Method and Ring and Spring Method. The Potting Method procedure is suitable for use with other types of bearings and equipment, while the Ring and Spring Method instruction is EI 183 Temperature Detector in Bearing Shoe, Ring and Spring Method. A copy of EI 183 is included with each shipment and is also available at www.minco.com. The installation of the temperature detector in a bearing completes the enclosure and provides protection from mechanical impact.

Potting Method: The Potting Method procedure can be used with other types of bearings, and with equipment other than bearings.

1. Drill or bore a .193″ (4.90mm) diameter hole (#10 drill) into the bearing shoe where temperature detection is desired. The hole bottom may be left in the shape of the drill tip. However, a flat hole bottom will result in the detector having a faster response time to temperature change.
2. If the hole has a drill point, apply a small amount of silicone heat sink compound to the tip end of the temperature detector (Dow Corning’s #340 or similar compound is recommended). Apply enough compound to fill the drill tip cone at the bottom of the hole when the detector is installed.
3. Insert the detector into the hole until it reaches the bottom.
4. Pot the leadwire in place where it enters the shoe: use an epoxy or other suitable potting compound compatible with the bearing shoe materials, temperature, and service conditions. During application and curing of the potting compound, make certain the detector remains at the bottom of the hole.
5. When routing the leadwire from the bearing shoe, leave sufficient slack in the leadwire for movement of the shoe when it is in service. Use mechanical retainers to secure the leadwire externally to the shoe, or pot the leadwire in place using epoxy or other suitable potting compound.

Ring and Spring Method: The instruction for the Ring and Spring Method is EI 183 Temperature Detector in Bearing Shoe, Ring and Spring Method. A copy of EI 183 is included with each shipment and is also available at www.minco.com.

Special Conditions of Use

Refer to the ATEX and IECEx certificates for special conditions of use. See ATEX and IECEx certificates

Electrical Data

Ui ≤ 28V, Ii ≤ 30mA, Pi ≤ 0.1W, Ci ≤ 100pF/m, Li ≤ 2μH/m

• Measuring current : 1 mA
• Power (under fault conditions): 0.45 W

Electrical Connections

• 2-lead: red white
• 3-lead: red white (2)
• 4-lead: red (2) white (2) single element models, blue yellow (2) blue (2) yellow (2) dual element models

Marking Example

The marking example for the product is as follows:

Product Usage Instructions

• Step 1 : Choose a suitable method of installation – Potting Method or Ring and Spring Method – based on the type of equipment used.
• Step 2 : For Potting Method, drill or bore a .193 (4.90mm) diameter hole (#10 drill) into the bearing shoe where temperature detection is required. For Ring and Spring Method, refer to EI 183 Temperature Detector in Bearing Shoe, Ring and Spring Method instruction available at www.minco.com.
• Step 3 : Using Dow Corning #340 or equivalent, pot the detector into the drilled hole or install using the Ring and Spring Method.
• Step 4 : Connect the detector using the appropriate electrical connections based on the number of leads required for the specific application.
• Step 5 : Refer to the ATEX and IECEx certificates for any special conditions of use.

Description

These resistance temperature detectors (RTD) are designed to be installed in babbitt style bearing shoes.

• Operating temperature range -50°C to 200°C.
• Models available for 2-, 3- or 4-wire measurement circuits and single or dual RTD elements.

© 2023 Minco | minco.com

References

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