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SUCO Pressure Monitoring

SUCO Pressure Monitoring
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SUCO Pressure Monitoring

Product catalog summary
Introduction to SUCO: SUCO Robert Scheuffele GmbH & Co. KG is a global leader in pressure monitoring and transmission technology, established in 1938 and headquartered in Germany. The company is renowned for its high-quality mechanical and electronic pressure switches, pressure transmitters, and sensor technology, with a strong international presence.
Mechanical Pressure Switches: This section provides an overview of mechanical pressure switches, including technical explanations and a selection matrix to assist in choosing the appropriate switch. Product descriptions and order numbers are also provided.
Electronic Pressure Switches: Similar to the mechanical switches, this section includes an overview, technical details, and a selection matrix for electronic pressure switches. Detailed product descriptions and order numbers are included.
Pressure Transmitters: This section covers pressure transmitters, offering technical explanations and a selection matrix. It includes product descriptions and order numbers for easy reference.
ESI Sensor Technology: ESI Technology Ltd, a subsidiary of SUCO, specializes in sensor technology. This section provides a brief overview of their product lines and a selection matrix for choosing pressure sensors.
Technical Explanations: The document includes general technical explanations, such as user information, mounting positions, IP protection classes, and thread types. It also covers specific topics like plasma cleaning for oxygen applications and overpressure protection.
Quality and Innovation: SUCO is committed to maintaining high-quality standards, certified by DIN EN ISO 9001:2015. The company emphasizes innovation, with advanced production facilities and automated systems ensuring efficient and reliable product manufacturing.
Global Presence and Ethical Standards: SUCO's global reach is supported by a network of distribution companies and sales partners. The company adheres to ethical principles and environmental awareness, ensuring high-level business relationships worldwide.
Specifications and Compliance: Pressure switches and transmitters are designed to handle pressure rates of 100 bar/s, with specific overpressure protection limits. Mechanical pressure switches can operate at a maximum pressure change rate of ≤ 1,000 bar/s, while transmitters can handle up to ≤ 5,000 bar/s. The document also outlines compliance with RoHS and CE marking requirements, including directives for low voltage and ATEX products.
Mechanical Pressure Switches Overview: Mechanical pressure switches monitor liquid or gaseous media pressure, closing or opening an electrical circuit at a set threshold. They are categorized by size and have specific hydraulic, pneumatic, and electric properties.
Functionality and Adjustment: Pressure switches operate by applying pressure to a diaphragm or piston, which moves a plunger to close or open a circuit. The adjustment screw allows for changing the switching point within a specified range.
Material and Medium Compatibility: Different materials are used for various applications, such as TPE, ECO, silicone, and H-NBR, each with specific compatibility and resistance properties.
Overview: This document provides detailed technical specifications and guidelines for electronic pressure switches, focusing on their suitability for various applications, sealing materials, and compliance with safety standards.
Specifications: The pressure switches are designed for low or high hysteresis, with the lowest hysteresis set by default unless specified otherwise.
Sealing Materials: The selection of sealing materials prioritizes chemical resistance, with temperature range as a secondary criterion.
Oxygen Applications: Mechanical pressure switches are suitable for oxygen use, with EPDM diaphragms recommended.
Safety and Compliance: The switches are underpressure safe down to 300 mbar and overpressure safe up to 20 or 35 bar.
Applications: The document outlines suitability for water and gas applications, emphasizing the need for specific sealing systems and venting measures for gaseous media.
Conversion Tables: Includes conversion tables for pressure and temperature units to assist in international applications.
Product Information: Technical information is based on testing and empirical data, with users responsible for verifying product suitability for specific applications.
Technical Specifications: The document outlines the specifications for electronic pressure switches, focusing on NPN and PNP outputs, temperature errors, resolution, service life, and long-term stability.
Procedures and Standards: The document details the procedures for testing insulation strength and medium compatibility.
Recommendations: Recommendations include using EPDM seals for oxygen and hydrogen applications, ensuring pressure peak dampening, and considering medium compatibility when selecting materials like titanium and stainless steel.
Additional Features: The document describes additional features such as programmable switching points, hysteresis adjustability, and the availability of pressure switches with various housing materials and connection types.
Key Data from Tables and Charts: The document includes a selection matrix for electronic pressure switches, detailing types, supply voltage, adjustment range, and housing materials.
Specifications: The document details specifications for electronic pressure switches, including cable length, connection codes, and performance adjustable at the factory.
Procedures: The document outlines the adjustment range for pressure switches, with specific pressure connections and seal materials.
Technical Details: The pressure switches feature a PNP transistor output, supply voltage range of 9.6 – 32 VDC, and various pressure adjustment ranges.
Performance Series: The series includes user-adjustable switches with features like high overpressure protection, compact design, and easy external adjustment.
Menu-Controlled Switches: These switches offer programmable functions via a keypad, including switching time delay and peak value memory.
High Performance Switches: Designed for mobile hydraulic applications, these switches offer outstanding overpressure protection and long service life.
Key Data from Tables: The document includes tables with pressure ranges, burst pressures, and adjustment ranges for different models.
Pressure Transmitters Overview: Pressure transmitters are devices that convert pneumatic or hydraulic pressure into an electrical signal. They are used in various applications to measure pressure accurately and reliably.
Types of Pressure Transmitters: Includes ceramic measuring cells, oil-filled measuring cells, SoS technology, and CAN-Bus interface transmitters.
Technical Explanations: Pressure transmitters use a membrane with a Wheatstone bridge circuit to measure pressure changes, which are then converted into electrical signals.
Output Signals and Electrical Connections: Standard output signals include 4-20 mA, 0-10 V, and 0.5-4.5 V ratiometric.
Performance and Accuracy: Accuracy is defined as ±0.5% or ±1% of the full scale, including factors like zero point offset, non-linearity, hysteresis, and non-repeatability.
Standards and Compliance: Pressure transmitters comply with EMC Directive 2014/30/EU and are marked with the CE symbol.
Electromagnetic Compatibility (EMC): SUCO pressure transmitters comply with industrial EMC standards, ensuring minimal transient emissions and high immunity.
Insulation Strength: Insulation strength testing should be conducted with devices having an inner resistance exceeding 42 Ω, up to 500 VDC.
Medium Compatibility: The document specifies compatibility of various stainless steel grades and titanium with different media.
Pressure Peak Dampening: Pressure transmitters can be fitted with a pressure snubber to protect against transient pressure loads.
Product Information: Technical information is based on testing and empirical values, but users must verify product suitability for specific applications through field testing.
Conversion Charts: Includes conversion charts for pressure and temperature units, aiding in the understanding of measurement units.
Technical Explanations: Detailed specifications for pressure transmitters, including output signals, supply voltage, pressure ranges, and material compatibility.
Performance Series: Highlights features of the Performance series pressure transmitters, including high overpressure protection, compact design, and adaptability.
Robust Pressure Transmitters: Designed for low pressures and vacuum applications, offering high overpressure protection and long life expectancy.
Electrical Connectors and Threads: Provides details on various electrical connectors and thread options available for pressure transmitters.
Overview: This document provides detailed specifications and technical information about various pressure transmitters, including their pressure ranges, connection types, seal materials, and electrical connections.
Specifications: The transmitters cover a wide range of pressures from vacuum to 600 bar, with corresponding overpressure and burst pressure ratings.
Technical Details: Includes output signals, supply voltage, accuracy, and stability.
Performance Features: Robust construction, high-performance series, and environmental resistance.
Applications: Ideal for mobile hydraulic applications, chemical and process technology, and environments requiring high reliability and media compatibility.
Overview: This document provides technical specifications and details for digital pressure transmitters with CANopen and CAN J1939 interfaces, as well as a range of electronic pressure sensors and accessories.
Specifications: Standard pressure ranges are provided in both bar and PSI, with overpressure and burst pressure values specified for each range.
Procedures and Standards: Includes accuracy, temperature compensation, and accessories.
Recommendations: Custom solutions and certifications for hazardous environments.
Key Features: High-precision sensors and wide application range.
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Catalog excerpts

SUCO Pressure Monitoring-1

SUCO Pressure Monitoring Mechanical Pressure Switches Electronic Pressure Switches Pressure Transmitters Sensor Technology

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SUCO Pressure Monitoring-2

What you'll see on the following pages: SUCO SUCO - A leading specialist in pressure monitoring Page 2 SUCO - A success story Page 4 SUCO - Prepared for the future Page 6 General technical explanations Page 8 MECHANICAL PRESSURE SWITCHES Overview of mechanical pressure switches Special technical explanations Selection Matrix - Choose your mechanical pressure swi tch Product descriptions and order numbers from Page 10 Page 12 Page 16 Page 18 from Page 22 ELECTRONIC PRESSURE SWITCHES Overview of electronic pressure switches Special technical explanations Selection Matrix - Choose your electronic...

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SUCO Pressure Monitoring-3

SUCO Robert Scheuffele GmbH & Co. KG A pressure monitoring specialist setting standards on the global stage SUCO Robert Scheuffele GmbH & Co. KG was founded in 1938 and has established itself across the globe under the trade name SUCO. The two main product groups, pressure monitoring (mechanical pressure switches, vacuum switches, electronic pressure switches and pressure transmitters) and transmission technology (centrifugal clutches and brakes, electromagnetic clutches and brakes), as well as descent devices with centrifugal technology, are developed, designed and manufactured at the Bietigheim-Bissingen...

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SUCO Pressure Monitoring-4

SUCO – A success story From a mechanical workshop to an industrial company operating on the global stage Start of production of centrifugal clutches and brakes Robert Scheuffele starts up a mechanics workshop Start of the partnership between Robert Scheuffele and Georg Fuhrmann Registration of trade name SUCO with worldwide trademark protection 1960 Start of production of mechanical pressure switches for the automotive industry Move into the new premises in Bietigheim-Bissingen, Keplerstrasse (still headquarter today) A view into production Administration building, Bietigheim-Bissingen Aerial...

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SUCO Pressure Monitoring-5

1969 Start of production of electromagnet clutches and brakes Set-up of a pan-European sales network SUCO VSE France Le Mans, France 1979 Further development of SUCO pressure switches especially for hydraulic and pneumatic applications Strategic alignment to the industry 1980 Development of the hex 24 pressure switch series for broad industrial applications SUCO Technologies Boca Raton, USA 2007 1984 Development of the hex 27 pressure switch series for broad industrial applications 1987 Broadening of the product range to include custom pre-wired pressure switches 1993 Development of pressure...

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SUCO Pressure Monitoring-6

Tradition and Innovation The preservation of proven traditions and continuous efforts in innovation enable visions to become successful reality Design and development of new products using the latest CAD tools. Assembly and test of pressure switches on semi and fully automated installations. Products are subjected to comprehensive testing and measurements to simulate realistic ambient conditions and loads. Fully automated switching point adjustment with computer-aided documentation of readings.

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SUCO Pressure Monitoring-7

Ultra-modern production facilities with integrated, fully automated component handling for high efficiency. Encapsulating system for custom ready-wired pressure switches for strictest requirements of IP protection class. State of the art measuring and test methods for assembly and alignment of our electronic products. Product final inspection with ultra-modern computer- aided test systems.

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SUCO Pressure Monitoring-8

General technical explanations User information Our pressure monitoring products may only be installed and started up by authorised specialists. The safety regulations of country-specific authorities must be observed, especially when working with mains voltages and oxygen, and in potentially explosive areas. Product information The technical information in this catalogue is based upon fundamental testing during product development and empirical values. The information cannot be used for all application scenarios. Testing of the suitability of our products for a specific application (such as the...

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SUCO Pressure Monitoring-9

Gaseous applications In particular using additional sealant to attain the required leak tightness may be necessary for gas applications. Plasma cleaning for oxygen applications When pressure switches/transmitters are used with oxygen, the surfaces must be free of oil and grease residues to prevent spontaneous combustion. Special requirements must also be observed for oxygen applications with regard to the material selection of housings and seals as well as the permitted operating pressure (see also page 17). We would be pleased to advise you if necessary. For these operating conditions, we offer...

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SUCO Pressure Monitoring-10

Mechanical Pressure Switches IAI III II 1 \A I

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SUCO Pressure Monitoring-11

M. Overview of mechanical pressure switchesTechnical explanations for mechanical pressure switches from page 14 Selection matrix Help in selecting a suitable pressure switch from page 18 NC/NO, hex 24 • Max. voltage up to 42 V • Switching points: 0.1 - 150 bar or vacuum • IP protection up to IP67 (IP6K9K) • Available connectors: Deutsch DT04-2P, AMP Superseal 1.5®, Packard MetriPack 280®, Deutsch DT04-3P, AMP Junior Timer®, Bayonet DIN 72585 A1-2.1, M12x1 DIN EN 61076-2-D • Housing materials: zinc-plated steel (CrVl-free), stainless steel or brass • Types: 0110, 0111,0112, 0113, 0114, 0115, 0116,...

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SUCO Pressure Monitoring-12

Ready-wired pressure switches, cabled and encapsulated individually to customer requirements • Numerous cable and connector variants • IP protection up to IP67 (IP6K9K) • Housing materials: zinc-plated steel (CrVl-free), stainless steel or brass • Types: 0240, 0241 special feature: switching point adjustable on site even after assembly • Technical characteristics for hex 24: see chapter M.3 • Technical characteristics for hex 27: see chapter M.4 „PLUS“ – Pressure switches with integrated connector and intelligent supplementary functions, hex 24 Max. voltage dependent on custom function up to...

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