leser safety valve data sheet pricelist

2023-05-21 21:22:12

André Ramseyer AG Flamatt, Switzerland info@ramseyer.ch LESER UK Bristol, Great Britain sales@leser.co.uk High Performance 1 LESER worldwide Hong Kong LESER Shenzen, China sales@leserchina.com High Performance Flanged Safety Relief Valves Series 441 Series XXL Series 444 LESER Polska Poznan, Poland leser@leser.pl LESER S.A.R.L. Toulouse, France contact@leser.fr LESER LLC Charlotte (NC), USA salesus@leser.com LESER LTDA. Rio de Janeiro, Brazil leser.vendas@leser.com.br LESER representatives LESER LLP Singapore sales@leser.com.sg LESER Office Middle East Bahrain gopal.n@leser.com FAINGER LESER Valves Mumbai, India info@fainger.com LESER stock and local assembly CATALOG 1 High Performance Catalog 1 Edition May 2012 / 2.000 0777.5465 The-Safety-Valve.com LESER GmbH & Co. KG 20537 Hamburg, Wendenstr. 133-135 20506 Hamburg, P.O. Box 26 16 51 Fon +49 (40) 251 65-100 Fax +49 (40) 251 65-500 E-Mail: sales@leser.com www.leser.com The-Safety-Valve.com E

Product Range LESER Safety Valves for every industrial application High Performance Compact Performance Series 441 Type 441, 442 DIN Type 441, 442 ANSI API Series XXL Type 441, 442 XXL High Efficiency Clean Service H 2 SO 4 HNO 3 NH 3 HCL Critical Service Series 444 Type 444 DIN Type 444 ANSI Series 441 Full nozzle Type 441, 442 Full nozzle DIN Modulate Action Type 441, 442 Full nozzle ANSI Series 458 Best Availability Type 455, 456 Type 457, 458 to refer lease ormance P Perf High atalog 2 C

General Type 441, 442 DIN DN 20, 40, 50 Set pressure 0.1 – 40 bar, 1.5 – 580 psig Flanges according to DIN EN 1092 Frontview 441 ANSI H4 4c Type 441, 442 ANSI Valve size 1" – 4" Set pressure 0.1 – 51 bar, 1.5 – 740 psig Flanges according to ASME B16.5 FV 441 FN H2 4c Type 441, 442 XXL DN 200 – 400, 8" – 16" Set pressure 0.2 – 25 bar, 3 – 360 psig Flanges according to DIN EN 1092 and ASME B16.5 Frontview 441 XXL H4 4c Type 444 DIN DN 25 – 80 Set pressure 0.1 – 16 bar, 1.5 – 232 psig Flanges according to DIN EN 1092 Type 444 ANSI Valve size 1" – 3" Set pressure 0.1 – 16 bar, 1.5 – 232 psig...

Contents Overview Chapter/Page General 00/05 How to use: Signs and symbols, Flange drillings and facings 00/07 How to use: Determination of coefficient of discharge Kdr / w Pressure temperature ratings • Metric Units • US Units Flange drillings and facings Order information – Spare parts Available options Approvals Capacities • Steam [Metric Units + US Units] • Air [Metric Units + US Units] • Water [Metric Units + US Units] 00/09 LESER Effective Orifice LEOS/G 00/11 LESER Effective Orifice LEOL 00/12 Sour gas service 02/10 02/11 00/08 How to use: Capacity sheets 02/06 02/08 Dimensions and...

General General Information LESER – High Performance Safety Valves The High Performance product group represents 3 High capacity related to the safety valve size 3 High adaptability 3 Excellent price / performance ratio LESERs High Performance Safety Valves Are designed to meet all industrial applications. Open rapidly with an overpressure of 5 % to the full design lift. • re used particularly for vapours and gases where A the maximum mass flow has to be discharged rapidly. • ave a maximum blowdown of minus 10 % for steam/ H gas service and minus 20 % for liquid service. • re one of the...

General General Information Applications General Design Features LESER – High Performance Safety Valves LESERs High Performance Safety Valves Are the ultimate solution for all industrial applications for steam, gas and liquid. Offer a large variety of types, materials and options to suit any application: Typical applications for LESER High Performance Safety Valves are: valve sizes from DN 20 to DN 400 – 3/4" to 16" provide a high connectivity to the application • nlet pressure ratings PN 16 to PN 400 / class 150 to I class 2500 to fit all required design pressures • Orifice sizes from E to...

How to find the right Product Group Yes High Efficiency Yes Clean Service Yes Critical Service Medium controlled High operating to set pressure ratio, high backpressure or low total height? No Clean Service application? No Critical Service / highly corrosive application? Yes API No Steam, gas and liquid application with low capacity in relation to the valve size? Yes Modulate Action Spring loaded API specified application? Safety Valves No No Orifice ≥ F High Performance Required Orifice letter? Additional components beyond safety valves 00/03 Yes Best Availability Bursting disc Orifice ≤...

General Valve finder How to find the right Safety Valve DIN EN 1092 ASME B16.5 Flange standard? No Full nozzle-design required? Type 441 DIN Type 442 DIN Type 441 ANSI Type 442 ANSI DIN EN 1092 ASME B16.5 Yes Type 441 Full nozzle DIN Type 442 Full nozzle DIN Type 441 Full nozzle ANSI Type 442 Full nozzle ANSI ≤ PN40 / CL300 ≥ PN63 / ≥ CL600 Flange rating? Semi nozzle up to 100 bar / 1450 psig Full nozzle up to 400 bar / 5800 psig ≤ DN 150 / 6" ≥ DN 200 / 8" Valve size, inlet? Serie 458 Type 455 Type 456 Type 457 Type 458 Type 441 XXL Type 442 XXL General industry Stainless steel...

General Valve selection Temperature range Type acc. to DIN EN 441, 442 DIN 441, 442 ANSI 441, 442 XXL 444 DIN 444 ANSI 441, 442 441, 442 Full nozzle Full nozzle DIN ANSI 455, 456 457, 458 -270 -270 -270 -196 -45 -45 -270 -270 -85 450 450 550 200 200 450 450 550 550 min. [°F] -454 -454 -321 -49 -49 -454 -454 -121 -454 max. [°F] acc. to ASME min. [°C] max. [°C] 842 842 1022 392 392 842 842 1022 1022 -268 min. [°C] -268 -268 -184 -45 -45 -268 -268 -129 max. [°C] 538 538 427 200 200 538 538 538 538 min. [°F] -450 -450 -300 -49 -49 -450 -450 -20 -450 max. [°F] 1000 1000 800 392 392 1000 1000...

leser safety valve data sheet pricelist

LESER Safety Valves for every industrial application Product Range Compact Performance High Performance API Clean Service H2SO4 HNO3 NH3 HCL Critical Service Modulate Action Best Availability High Efficiency Series 810 – Pop Action Type 811 Series 820 – Modulate Action Type 821

Product Range TYPE 811 TYPE 821 LESER Type 811 Pop Action pilot-operated safety valves are non-flowing, which minimizes the flow of media through the pilot for decreased emissions and extended valve life. Set pressure is not affected by back pressure. Features: • Set pressures: 36 – 1480 psig, 2.5 – 63 barg • Sizes: 1" x 2" up to 8" x 10" (DN 25 – DN 200) with API Standard Orifices and Extra (full-bore) Orifices • Adjustable blowdown of 3 – 7% • Complete stainless steel construction of pilot valve • Certified for air / gas service (ASME Section VIII, DIN EN ISO 4126, AD 2000-Merkblatt) Soft...

How to Find the Right Product Group Valve Finder No No No No No No Critical Service Clean Service Best Availability Mediumcontrolled Changeover valve Bursting disc Spring loaded Safety Valves High operating to set pressure ratio, high backpressure or low total height? Clean Service application? Critical Service / highly corrosive application? API specified application? Additional components beyond safety valves Steam, gas and liquid application with low capacity in relation to valve size? High Performance API Compact Performance Modulate Action High Efficiency Orifice F Yes Yes Yes Yes Yes...

LWN 487.71-E 00/02 Contents Chapter/Page General Valve Finder 00/01 Chapter/Page Sizing & Selection How to Construct the Article Number 02/01 How to Construct the Remaining Order Code 02/02 Reference: Identifying the Flange Pressure Rating (ASME) 02/03 Reference: Identifying the Article Number, Series 810 02/05 Reference: Identifying the Article Number, Series 820 02/07 Reference: Application range Soft seal disc / Metal disc 02/09 Reference: • Option Codes for Connections acc. to DIN EN 1092 • Option Codes for Connections acc. to JIS B2220 02/11 02/12 Reference: Option Codes for Flange...

01/01 LWN 487.71-E Series 810 and 820 Overview LESER Pilot Operated Safety Valve (POSV) LESER Pilot Operated Safety Valves (POSVs) are designed according to the API 526 standard. The full range of sizes from 1" x 2" up to 8" x 10" (DN 25 – DN 200) with all orifices from D – T is available for pressure ratings up to pressure class 600 x 150. Beyond API 526, LESER offers so-called Extra Orifices (also known als Full Port or Full Bore nozzles, see page 01/09). The Extra Orifices provide maximum capacity in relation to valve size. In addition, LESER POSVs come in two different functional...

Product Description Series 810 and 820 Specifications and Approvals The LESER Pilot Operated Safety Valve (POSV) comprises the POSV main valve and a pilot valve based on either the Pop Action (Series 810) or the Modulate Action (Series 820) designs. The table below shows their common and their specific features. Specification at a glance Product Description 1) The possible flange pressure ratings depend on the size of the valve. Refer to page 02/11 to verify the correct option codes and availability of DIN EN and JIS flange ratings. LESER Pilot Operated Safety Valve (Main Valve and Pilot...

01/03 LWN 487.71-E Product Description Good Reasons for the LESER Pilot Operated Safety Valve Pilot operated safety valves have been a proven technology for many decades especially in ASME oriented regions. However, some of the older designs show potential for improvement in areas like external tubing, capacity and delivery times. Based on customer feed back and extended research and using Computational Fluid Dynamics (CFD), Rapid Prototyping and one of the most modern factories for safety valves, LESER has developed the latest POSV on the market. The new LESER POSV offers unique benefits...

LWN 487.71-E 01/04 Product Description Feature Benefit for user Benefit for assembler / maintenance High capacity / small size EXTRA ORIFICE Higher capacity for same valve size with Extra Orifice types. For details see page 01/09 Smaller valve sizes possible Small footprint in system -20% Others LESER POSV 20% less space requirement than typical competitive designs Space-saving system designs possible Small footprint in system Modular system Pop Action and Modulate Action pilot valves can be exchanged without tubing modification Easy later upgrade Less spare parts stock required. Easy...

Applications – Functional Areas Across applications, there are four main functional requirements covered by the LESER Pilot Operated Safety Valve (POSV). High Back Pressure Applications • LESER POSVs can be operated in applications with a back pressure ratio (i.e. a ratio of back pressure / set pressure) of up to 70%. Spring loaded safety valves can be typically used up to 50% of back pressure. • The absolute maximum back pressure is determined by the pressure class of the main valve outlet. Typically, LESER POSVs can be used for much higher back pressures than spring loaded safety valves....

Product Description LWN 487.71-E 01/06 Applications – Examples Compressors in Gas Main Systems Pressure relief devices in these applications must allow for high operating pressures in relation to set pressure, which are required for efficient gas transport. Additionally, compressor vibrations put through requirements on the tightness of the safety valve. LESER Series 810 and 820 POSVs offer an ideal solution for these conditions because: • they enable highest possible operating pressure to set pressure ratios facilitating maximum energy density of transport medium • they are not susceptible...

Product Description 01/07 LWN 487.71-E Sour Gas Applications (NACE) LESER Pilot Operated Safety Valves (POSVs) are available for sour gas (H2S) service. Regulatory Requirements The material requirements for hydrogen sulfide (H2S) service (sour gas service) are specified in the NACE standards, MR0175/ISO 15156 (Upstream processes), and MR0103 (Downstream processes). Since the body of the pilot valve is manufactured from stainless steel, only the spring in the pilot valve of the Series 810 Pop Action POSV and the dome spring in the main valve need to be replaced for compliance with these NACE...

leser safety valve data sheet pricelist

Established in the year 2011at Daund, Maharashtra, we “Sahyadri Industrial Traders" are a Sole Proprietorship based firm, engaged as the foremost Manufacturer, WholesalerandTraderof Ball Valves, Check Valves ,Safety Valves, etc. Our products are high in demand due to their premium quality and affordable prices. Furthermore, we ensure to timely deliver these products to our clients, through this we have gained a huge clients base in the market.

leser safety valve data sheet pricelist

The-Safety-Valve.com LESER GmbH & Co. KG 20537 Hamburg, Wendenstr. 133-135 Fon +49 (40) 251 65-100 E-Mail: [email protected] 20506 Hamburg, P.O. Box 26 16 51 Fax +49 (40) 251 65-500 www.leser.com

VALVESTAR®, the sizing program for safety valves developed by LESER, supports all leading worldwide codes and standards. In addition to calculations and sizing, the program provides user-designed and configurable individual reports for technical documentation and archiving. VALVESTAR® is unique in form, functionality and quality.

• Multiple report types, e.g. project report, single page report • Customizable design of report layouts (company logo, address etc.) • Variety of data export formats, e.g. XLS, RTF, PDF, etc. • Integrated material part lists and sectional drawings for all LESER safety valves

The Company LESER GmbH & Co. KG and LESER US With more than 900 employees worldwide, LESER is the largest manufacturer of safety relief valves in Europe and the third largest globally. Headquartered in Hamburg, Germany, LESER safety relief valves are engineered to support global applications. Eight subsidiaries in Europe, the Americas, the Middle East, and Asia, as well as authorized and trained Representatives in over 80 countries guarantee competent consulting for all industrial applications.

LESER safety relief valves protect people, the environment, and equipment in the chemical, petrochemical, oil and gas, and pharmaceutical industries, among others.

After supporting the North American market for over 15 years, LESER opened its operations in Charlotte, North Carolina in 2007. LESER US has a fully established sales, distribution, and service network which includes its own stocking, setting, testing, and assembling facility. LESER US can supply high quality ASME code-stamped valves throughout North America for a full range of applications.

Since its opening, LESER US has enjoyed considerable growth due to a combination of a broad product range, unique design features and commitment to customer service. This growth has enabled the expansion of the Representative network and LESER Authorized Repair Centers (LARCs) to support local customer requirements. In addition, LESER US has added to its infrastructure, including inside sales personnel to support day-to-day and project business, as well as outside sales expertise through its Sales Market Development staff.

Spotlight LESER US in Charlotte, North Carolina “High Performance” Staff All LESER US employees have a high level of expertise and are dedicated to LESER´s corporate values of providing precise, committed, and efficient support to its customers. From sales consulting to technical support, LESER employees strive to provide the highest level of customer service in the industry. Complete Coverage LESER US is responsible for the support of the United States, Canada, and the Caribbean countries. Throughout this territory, LESER sells its products through an extensive network of 27 highly trained Representative organizations, operating from over 90 different offices. Fast & Reliable Delivery from Local Stock LESER US carries over $7 Million in inventory of valves and parts at its Charlotte, North Carolina facility. This stock enables LESER to supply safety relief valves in one week or less with same-day service for spare parts. The after-hours service provides 24-hour accessibility in support of plant emergencies, ensuring same-day shipment of valves or parts as needed. Growth LESER US recently expanded its facility by 40% to over 17,000 square feet. The additional space allows for expanded inventory capabilities, a new location for incoming goods receipt and processing, and additional testing capability to support Pilot Operated Safety Valve (POSV) assembly from local stock.

LESER´s Aftermarket Strategy LESER is committed to developing and continually improving a global aftermarket strategy to better support the aftersales needs of end-users. To satisfy customer requirements regarding quick response, repair, and resupply, LESER"s Aftermarket Strategy and our LESER Authorized Repair Center (LARC) network will enable us to differentiate ourselves from our competitors and build a reputation of being the preferred company to turn to for expedited valves, parts, service, and support requests. All high-wear safety valve parts (e.g. nozzles, discs, spindles, bellows, and spare parts kits) are stocked locally in Charlotte for same-day / next-day delivery to anywhere in North America to ensure that plant downtime is limited. We will outperform the competition by: offering a wider range of products and services locally; providing industry-leading customer service that is quick, accurate, consultative, and helpful; providing training and resources for valve repair technicians; and reliably shipping product when promised. Many end-users require local authorized repair support for LESER products sold into their plants, as a means of ensuring proper servicing of their valves. This is precisely

Manufacturing Facility Expansion Hohenwestedt, Germany To support LESER"s continued growth, it was necessary to invest in a facility expansion. After all, the efﬁciency of the LESER supply chain depends on more than just production capacity. Technologies and process structures are more important than ever, driven by a changing market and regulatory requirements, as well as customer-speciﬁc needs that make it necessary to continually develop our production processes. This expansion includes the split of Project Business and day-to-day business so that each has its own path and resources to avoid bottlenecks in production. The 60,000-square-foot expansion now brings the total production area available to more than 220,000 square feet, increasing our production capacity to 130,000 units annually.

why LESER US has established a strong network of LARCs. A LARC is deﬁned as an organization authorized by LESER to repair and adjust LESER safety relief valves to like-new condition in accordance with LESER global standards and procedures. Each LARC has had their facility visited by LESER Management for site review and has sent valve technicians to the annual Maintenance Seminar in Charlotte. With the network of LARCs continuing to grow, the end-user has access to authorized, reliable, and convenient local support for the repair of their installed base. Some of LESER"s repair centers even offer on-site and in-line testing for veriﬁcation of set pressure, so there is no lapse in plant production. For a complete listing or to ﬁnd your local LESER Authorized Repair Center, please visit www.leser.com (All Contacts > LARC tab).

• The LESER CoV is available in two models: Type 320 Flow and Type 330 Compact. Both have an improved ﬂow path that minimizes inlet pressure drop. • Type 320 Flow fulﬁlls more demanding requirements (i.e. additional piping or when high-capacity SRVs are needed). • Type 330 Compact is adapted to pressure drop requirements in basic applications.

• Clearly deﬁned resistance coefﬁcient for each conﬁguration allows for precise calculation of the inlet pressure drop (LESER"s CoVs ensure minimal pressure drop). • Calculations are measured and validated by an independent test lab ensuring precision, accuracy, and reliability.

For ordering and technical speciﬁcation of LESER safety valves so-called “Option codes” are used. Materials, connections, accessories and documentations (certiﬁcates and inspections) can be speciﬁed quick and comfortable. Therefore the order transaction can be reduced. Option codes are mentioned in several different documents. These documents are among others: • Order conﬁrmation and shipping documents (Fig. 1) • Master agreement • LESER Product catalogs • VALVESTAR sizing software • Inspection certiﬁcate • LESER Work standards

LESER Option codes The following listing shows the most common option codes at a glance. The option codes are sorted alphabetically. In general the LESER Option codes apply for all product groups. If an option code is dedicated to a product group, this is shown in the column “Product group”. Option code

Starting from 15 psig the safety valve is certiﬁed acc. ASME Code Sec. VIII, Div. 1. *) LEOS/G = LESER Effective Oriﬁce steam/gas; LEOL = LESER Effective Oriﬁce liquids.

Flanged and threaded connections can be combined. Threads and ﬂanges according to other standards, e.g. ISO, BSP, DIN, JIS are available. Please specify in writing (diameter, pressure rating, standard). LESER standard ﬂange material is SA 479 316L therefore pressure x temperature limitation will apply.

Starting from 15 psig the safety valve is certiﬁed acc. ASME Code Sec. VIII, Div. 1. *) LEOS/G = LESER Effective Oriﬁce steam/gas; LEOL = LESER Effective Oriﬁce liquids.

Solar valve – Type 4592 d0 = 13 mm The Compact Performance Safety Valve Type 4592 d0 = 13 mm has among others following options: • Inconel bellows and Inconel spring • Inlet and outlet as welding end • Sigraﬂex high pressure gasket • High temperature coating Connections

Valid for carbon steel 2) See page 55 for plastic material limitations 3) Adaptor and lift indicator are available from Charlotte with stainless steel lifting device 4) Standard for set pressures 2320 psig an above 5) For superimposed variable back pressure LESER recommends to use a 13 mm oriﬁce diameter.

Subassembly consisting of: inlet body, sealing part, slip on ﬂange. Please note: Inlet bodies above are valid for the standard versions only. Please contact LESER for part numbers and pricing of the long versions.

Bellows and Bellows Conversion Kits – Material 316L (Item 15) Valve size Set pressure Bellows 400.7949.00001) p ≤ 580 psig all (40 bar) $332 400.6349.0000 p > 580 psig all (40 bar) $516 Gaskets Body – Bonnet (Item 60) Valve size Material all

The code letters will be stamped on the disc. Pressure and temperature service must be considered in any case. Chemical resistance and the temperature limits depend on O-ring manufacturer information. LESER can not take any warranty.

Application-oriented valve conﬁguration for urea synthesis section and other applications with corrosive and sticky media. Due to the steam-purged design the crystallization of the carbamat gas is prevented. Design features: – block body design in Safurex (subject to licensor approval) or other corrosion-resistant materials – steam-purged design For detailed information please see speciﬁcation sheet LID_DE_1352.03 or Sales brief Urea Plants (0777.5744).

The charts below show the parts that must be considered for NACE sour gas service depending on the valve construction. LESER recommends bellows construction for all NACE applications because Inconel springs are not carried in stock.

API valves with class 150 and class 300L inlet are not considered for class 300 outlet design. For CL900, CL2500 (Oriﬁce D – G) and CL1500 (Oriﬁce D – K) inlet please see standard valves with outlet ﬂange class 300 acc. to API standard 526.

LESER manufactures the groove at flanged valves by milling. If a customer demands a turned surface in the soil of the groove according to DIN EN 1092-1 an additional option code is necessary: “S01: bottom of the groove drilled”. Smooth finish is not defined in the effective standards.

Stud-bolts length for flange connection inlet and outlet All LESER safety valves Type 526 need at the inlet side longer stud-bolts for the flange connections as stated in ASME B16.5, due to the full nozzle design. Furthermore, due to the actual castings the stud bolts at the outlet can differ from ASME B16.5 as well. LESER state the stud-bolt length in LDeS 3001.29-E. For calculation of stud-bolts length the measure “s” stated in API Catalog can be used.

Kit 5012.1118 and 5012.1119: Kits don’t contain securing ring due to re-usable ring bush in the safety valve. Kit 5012.1109: Three additional gaskets are enclosed for use in type 5267 (WC6).

Depending on the pressure the main valve disc is designed as soft seal or metal disc without additional cost. The metal disc can be selected always as an option with additional cost. 5) Selection depends on pressure and temperature

Starting from 15 psig the safety valve is certiﬁed acc. ASME Code Sec. VIII, Div. 1. For option code for PN inlet and outlet please refer to page 136. *) LEOS/G = LESER Effective Oriﬁce steam/gas; LEOL = LESER Effective Oriﬁce liquids.

LESER manufactures the groove at ﬂanged valves by milling. If you require a turned surface in the bottom of the groove according to DIN EN 1092-1 an additional option code is necessary: “S01: bottom of the groove turned.”

Starting from 15 psig the safety valve is certiﬁed acc. to ASME Code Sec. VIII, Div. 1. 1) p depends on the maximum allowable pressure of the inlet connection. *) LEOS/G = LESER Effective Oriﬁce steam/gas; LEOL = LESER Effective Oriﬁce liquids. **) For steam service, pressure and temperature ratings are limited by the O-ring material selected. Please note: Type 481 Clean Finish only available in Charlotte.

Starting from 15 psig the safety valve is certiﬁed acc. to ASME Code Sec. VIII, Div. 1. *) For steam service, pressure and temperature ratings are limited by the O-ring material selected.

Valve size Actual Oriﬁce diameter d0 [mm] Actual Oriﬁce area A0 [inch2] API Oriﬁce designation API eff. Oriﬁce area [inch2] Weight [lb] Body material: 316L

For liquids starting from 15 psig the safety valve is certiﬁed acc. to ASME Code Sec. VIII, Div. 1. For steam/gas starting from 20 psig the safety valve is certiﬁed acc. to ASME Code Sec. VIII, Div. 1.

LESER’s Tri-Clamp® connections provided with the Type 488 are designed according to ISO 2852 and are compatible with Tri-Clover Tri-Clamp® connections for the most common sizes. Tri-Clamp® connection size designations are LESER designations. For detailed dimensions and selection refer to catalog. For 4", 5" and 6" sizes, an additional ﬁtting is required to ﬁt standard Tri-Clamp connections. Please contact LESER LLC for details. Use CO connection

The pressure / temperature functional ranges of Type 447 are dependent on the PTFE components in the safety valve. The chart shows the application ranges for:

Corrosion protection by protective coating system certiﬁcat FROSIO Level III from LESER inclusive inspection certiﬁcate 3.1 acc. to DIN EN 10204 Corrosion protection by protective coating system certiﬁcat FROSIO Level III from 3rd Party inclusive inspection certiﬁcate 3.2 acc. to DIN EN 10204

Markings Markings on Safety Relief Valves This side shows the possibilities for the marking of LESER relief valves. The standard marking consists of: – Safety valve tag – Name plate for global application – NGA

LESER also offers the following additional markings: – Additional information on the safety valve tag – Marking on name plate deviating from standard – Marking with stainless steel tag – Marking with numeral punch – Marking with tag provided by customer For details about different marking options please see table below.

LESER CGA Certiﬁcate for Global Application To be able to operate pressurised systems, they must usually be equipped with safety valves. These safety valves must meet regulation standards, which however vary depending on the application region. For example:

for example, a GOST passport. In other words: LESER as an OEM supplier often does not know where the delivered safety valve is put into operation. However, with LESER CGA, it is possible to put LESER safety valves into operation throughout the world.

Furthermore to the CGA, LESER can issue for each test an inspection certiﬁcate 3.1 according to DIN EN 10204 on request. Please order the inspection certiﬁcates with the option codes on page 185. The shipment of certiﬁcates (LESER CGA or single inspection certiﬁcates) will be carried out together with the safety valves, if not speciﬁed otherwise. By request LESER dispatches the certiﬁcates also by e-mail, fax or mail. All certiﬁcates already ordered by the customer can be downloaded from the “LESER Download Portal” www.leser.com

LESER delivers safety valves which meet all requirements of the worldwide relevant regulations and provides the necessary documentation in form of the CGA.

For additional orders of inspection certiﬁcates please contact LESER Service “Certiﬁcates”: certiﬁ[email protected] Additional orders of inspection certiﬁcates will be charged later. The issue of a LESER CGA has no effect on the delivery time of the safety valve! The LESER CGA can be ordered by the customer with option code H03.

The LESER CGA includes all necessary information, and documents all required processing steps and tests, so that no further certiﬁcates are necessary for the start of operation of the safety valve. If some cases, additional country-speciﬁc delivery papers are required,

LESER CGA Certiﬁcate for Global Application LESER CGA Certiﬁcate for Global Application Inspection certiﬁcate 3.1 according to DIN EN 10204 Pilot: Inspection certiﬁcate 3.1 according to DIN EN 10204

All tests carried out at LESER are speciﬁed in “Procedures”. Procedures provide you with all detailed information about: • Applicability • Scope and deﬁnition • Test reference • Test equipment • Test procedure 184

LESER Certificate for Global Application Tests at LESER certiﬁed by CGA Certiﬁcate for Global Application All test, which are certiﬁed with the LESER CGA Certiﬁcate for Global Application are listed below. On customer request LESER can issue an additional inspection certiﬁcate 3.1 according to DIN EN 10204 for each test. Please order the additional inspection certiﬁcates with the option codes stated in the column “Option code”. The issue of a LESER CGA has no effect on the delivery time of the safety valve! Test pressure Inspection certiﬁcate 3.1 acc. to DIN EN 10204: Testing of cold differential test pressure with air

Component strength test Inspection certiﬁcate 3.1 acc. to DIN EN 10204: Hydrostatic testing 1,5 x PN Surface crack test Surface crack testing in accordance with AD 2000-Merkblatt A4, chapter 6 and ASME code section VIII, Div. 1, UG 136 is usually conducted as random testing and can be certiﬁed with LESER CGA. Surface crack testing can be conducted using varying methods (magnetic particle testing, red-white colour dye penetrant testing, or ﬂuorescent penetrant testing). LESER determines the corresponding test method for the component and substance. Inspection certiﬁcate 3.1 acc. to DIN EN 10204: Surface crack test

Back seat tightness test (tightness outwards) Flanged Safety valves Inspection certiﬁcate 3.1 acc. to DIN EN 10204: Back seat tightness test with test ﬂuid Compact Performance Safety valves Inspection certiﬁcate 3.1 acc. to DIN EN 10204: Back seat tightness test, dipping procedure

Design review of safety valve Design review in respect of stresses and technical safety. Inspection certiﬁcate 3.1 acc. to DIN EN 10204: Design review

Material identiﬁcation check (PMI) Material identiﬁcation check in accordance with AD 2000-Merkblatt A4, chapter 6, par. 6.1 (6) is usually conducted as random testing and can be certiﬁed with LESER CGA. LESER determines the corresponding test method for the component and material. Inspection certiﬁcate 3.1 acc. to DIN EN 10204: Material identiﬁcation check (PMI)

Material identiﬁcation check PMI change-over valves Customer-speciﬁc Material identiﬁcation checking to components can be conducted according to customer speciﬁcations. The components such as discs, seat bodies, inlet body are to be speciﬁed by the customer. The tests conducted on the individual components are veriﬁed with an inspection certiﬁcate 3.1 according to DIN EN 10204. PMI X-ray ﬂuorescence analysis (RFA)

Speciﬁc testing Speciﬁc testing is always veriﬁed by an inspection certiﬁcate 3.1 in accordance with DIN EN 10204. This, however, does not mean that the LESER CGA is given. To order testing including the inspection certiﬁcate, please enter the appropriate option code. DN / NPS

Surface crack test (unspeciﬁc) Surface crack testing to components can be conducted according to customer speciﬁcations. Components such as discs, seat/nozzle and bodies/ inlet bodies are to be speciﬁed by the customer. LESER determines the corresponding test method for the component and material. The tests conducted on the individual components are veriﬁed with an inspection certiﬁcate 3.1 according to DIN EN 10204.

Clean Service Safety valves The surface qualities for LESER Clean Service Safety valves are deﬁned as LESER Surface Grades (LSG), and assigned to the individual valves by the Clean ﬁnish, HyClean ﬁnish, and Sterile ﬁnish surface packages. LESER Surface packages – Clean ﬁnish – HyClean ﬁnish – Sterile ﬁnish Inspection certiﬁcate 3.1 acc. to DIN EN 10204: Surface roughness

This page gives an overview for all tightness tests carried out at LESER and option codes for ordering the inspection certiﬁcate 3.1 according to DIN EN 10204.

Material test certificates Note: All prices quoted on this page are net prices in $ Shipment of certiﬁcates with the valve, if not stated otherwise All prices are per safety valve!

Each classiﬁcation societies has different requirements to materials and their certiﬁcates (inspection test certiﬁcates 3.1 or 3.2) for each part. The requirements distinguish according to pressure, size and temperature (< -55°C) and can be differ from LESER standard. Each inquiry would be checked individually to these 3 parameter. Herefrom the result can be additional conﬁgurations, prices and delivery times.

Select in the upper part of the table due to product groups, Type and nominal diameter, the safety valve you require a spring for. In the lower part of the table you can see the particular material code and price for your required spring.

Remark: Springs not in stock are special springs. For those there are varied prices according to special springs-price list! For double springs you also have to double the price! In case of Inconel springs as an option the price for the spring has to be charged additionally to the price of the safety valve.

Service Availability from Charlotte stock Items listed in red throughout the US Order and Pricing Information are available in 1 week (or less) from Charlotte stock. Below is a compressed overview of the red safety valves. The overview shows the material, size, and connection combinations carried in stock for each valve Type. The column in the

far right, “Small order” shows the number of pieces that can be expected to be available per customer order. For orders with quantities over 10 pieces, standard lead times may not apply. Please consult LESER US to verify the lead time of these large quantity orders.

Weights of individual LESER safety valves can be found throughout the “US Order and Pricing Information”. Below is an example from the Type 441 pricing on page 128:

Type 441, 442 ANSI Valve size Actual Oriﬁce diameter d0 [mm] Actual Oriﬁce area A0 [inch2] API Oriﬁce designation API eff. Oriﬁce area [inch2] Weight [lb] Body material: WCB Bonnet H2 Art. No. 4412. closed

Note: An additional $90 from Charlotte / $200 from Germany per each High Efﬁciency and Change-over Valve will be added to shipping charges per crating requirements.

Delivery times (page 200) Page 200 outlines how to determine the delivery time for each LESER valve Type. There are two delivery points LESER can supply from: 1. FCA Charlotte North Carolina (CLT) – Delivery path A: standard delivery by ground service – Delivery path C: sea freight from factory routed through Charlotte 2. FCA German factory, Hohenwestedt Germany (HOW) – Delivery path B: air freight – Delivery path D: sea freight Please note: acc. to Incoterms 2010, FCA stands for Free Carrier and assigns responsibility for freight charges to the buyer from the FCA point. Production/assembly times are listed for each valve Type. The delivery time can be estimated by adding the transit time for the delivery path (A to D) to the production /assembly time. Additional times required for special options (ex. heating jacket) only available from the German factory must be added to determine the total delivery time. Type 526 with heating jacket supplied from factory by air freight (path B) Production time 4 weeks

If LESER’s prepaid freight service is selected the charges listed in the chart below will be used depending on the delivery method. Please see page 202 for an explanation of the delivery methods. The charges listed below are only valid for the contiguous United States. LESER reserves the right to institute a fuel surcharge on shipments, if necessary, due to a signiﬁcant increase in transportation costs from our transportation providers.

Contact, Ordering and Delivery Contact For inquiries, orders, technical assistance etc. please contact LESERs local representative. If local rep is unknown, please see www.leser.com or ask LESER LLC.

Ordering Following information is needed to process your order properly: Safety valves For ordering safety valves please use order codes shown in the “How to order” for various LESER products. Springs Please indicate valve type and size or 8 digit valve article number (yyyy.yyyy) and set pressure. Spare parts Please indicate 11 digit part number (xxx.xxxx.xxxx). You can ﬁnd part numbers in the product catalogs. If part number is not available, please state 8 digit valve article number (yyyy.yyyy; can be taken from order conﬁrmation or name plate) and part item number (see product catalog, materials section).

Material test Certs • Material test Certs 3.1 are available for almost every component of LESER safety valves. Please specify with your order. • If Certs are requested after delivery, please contact LESER LLC. You will get the requested Certs within 24 hours.

LESER authorized repair centers (LARC) • LESER has designated “LESER authorized repair centers (LARC)” throughout the country. Please see www.leser.com for all LARC´s. • LARC’s provide local service and repair for LESER products with factory trained personnel. • All LARC’s are VR stamp holder or assembler for LESER valves.

Coding All valves sold in the US carry UV and NB stamp according to ASME code Section VIII. CRN numbers for Canada can be applied and further to that LESER safety valves are Service

Sizing software for safety valves The-Safety-Valve.com LESER GmbH & Co. KG 20537 Hamburg, Wendenstr. 133-135 Fon +49 (40) 251 65-100 E-Mail: [email protected] 20506 Hamburg, P.O. Box 26 16 51 Fax +49 (40) 251 65-500 www.leser.com

leser safety valve data sheet pricelist

1 LESER UK Bristol, United Kingdom LESER Germany Hamburg and Hohenwestedt André Ramseyer AG Flamatt, Switzerland LESER China Tianjin, Bejing, Shanghai and Shenzen Prices 2014 LESER worldwide Prices 2014 US Order and Pricing Information, valid from April 1, 2014 until March 31, 2015 LESER Polska Poznan, Poland LESER USA Charlotte (NC) LESER Brazil Rio de Janeiro LESER France Toulouse LESER Singapore Singapore LESER Bahrain Al Manamah LESER India Mumbai and Paithan LESER Regional Center LESER stock and local assembly LESER representative Edition April 2014/4,600 The-Safety-Valve.com The-Safety-Valve.com LESER LLC Texland Boulevard, Suite 100 Charlotte, NC 28273, USA Fon Fax US

2 Contents General Page News 4 The Company 12 Spotlight 13 Valve finder 14 How to use 15 Glossar LESER Option codes 17 How to order 18 Compact Performance 20 Safety Relief Valve 437, 437 Long version 22 Safety Relief Valve, O-ring-disc 438, 438 Long version 23 Safety Relief Valve, vulcanized soft seal Overview connections Threaded NPT, G/BSPP Series Flanged ANSI Safety Relief Valve Safety Relief Valve, O-ring-disc Safety Relief Valve 459 Heavy duty design 30 Overview threaded connections NPT, G/BSPP Series Overview flanged connections ANSI Series Spare parts Series Spare parts kits Series 459, Spare parts Series Soft seal selection Series 437, Available options Series 437, Page API 41 Safety Relief Valve 5262 WCB 42 Safety Relief Valve 5264 CF8M 44 Safety Relief Valve 5267 WC6 46 Safety Relief Valve 5263 LCB 48 Safety Relief Valve 526X SAFUREX 50 Options Series Sour gas service NACE Series Outlet flange rating class 300 Series Flange drillings acc. to ASME Series Flange facings Series Weights Series Flange drillings acc. to DIN Series Spare parts kits Series Spare parts Series Soft seal selection Series Available options Series High Efficiency 79 Safety Relief Valve WCB 8112 Pop Action 80 Safety Relief Valve CF8M 8114 Pop Action 82 Safety Relief Valve LCB 8113 Pop Action 84 Options Safety Relief Valve WCB 8212 Modulate Action 90 Safety Relief Valve CF8M 8214 Modulate Action 92 Safety Relief Valve LCB 8213 Modulate Action 94 Options Weights 811, Flange drillings and flange facings 811, Inspections, Certificates 811, Spare parts kits 811, Available options 811, Compact Performance API High Efficiency High Performance 2

3 Contents Page High Performance 109 Safety Relief Valve 441, 442 ANSI 110 Safety Relief Valve 441, 442 XXL 112 Safety Relief Valve 441, 442 DIN 114 Safety Relief Valve 444 ANSI 116 Spare parts kits Series 441, 442 DIN/ANSI 117 Flange drillings Series Flange facings Series Safety Relief Valve Series 457, Spare parts Series Spare parts Series 441 XXL 124 Available options Series 441, Page Critical Service 141 Safety Relief Valve, fully PTFE-lined Available options Modulate Action 145 Safety Relief Valve 431, Available options Series Series Change-over valve Clean Service 127 Safety Relief Valve, small capacity Safety Relief Valve, small and medium capacity Safety Relief Valve Vessel flange, dead space free Safety Relief Valve Integrated pipework connection, dead space free Safety Relief Valve, high capacity 488 HyTight 134 Spare parts Series 48X 136 Available options Series 48X 140 Contacts & Services 158 Cleaning and Painting 160 Coating systems, Corrosion protection 161 Marking 162 LESER Certificate for Global Application 164 Specific testing 166 Overview tightness test 168 Material test certificate 170 Test and Certificates 171 Springs 172 Availability from Charlotte stock 173 Delivery times API Availability 174 Delivery / Shipping information 175 Delivery times 176 US Prepaid Freight Charges 177 Contact, Ordering and Delivery 178 VALVESTAR 179 Clean Service Critical Service Modulate Action Change-over valve 3

4 News High Pressure Pilot Operated Safety Valves LESER has extended the range of its product group High Efficiency with a new Pilot Operated Safety Valve (POSV) for high pressures from 102 to 256 bar / 3,705 psig. Launch of series production is now complete: Pilot operated safety valves for high pressures up to class 1500 / PN 250 will start shipping in February With more than 1800 POSVs sold to date, the Pilot-Operated Safety Valve is already a success story. With this, LESER is one of the few full suppliers of pilot-operated and spring-loaded safety valves according to API 526. An expansion of the pilot operated safety valve operating range for up to 426 bar / 6,710 psig is in progress and market launch is planned for In addition to the higher permissible pressures, LESER also offers a number of innovative product configurations for industry-specific options. The new valve covers outlet flange ratings class 300 x 300 and 600 x 300 which go beyond API 526 but are often required in plants. For high pressures as well as high temperatures, LESER offers a version with a stellited disc. With this method, the sealing surfaces are especially hardened which offers a high functional tightness. Higher tightness requirements at especially low temperatures can be fulfilled with the new sealing plate made of PEEK or PTFE inside the main valve. A full nozzle design is required for industrial processes with corrosive media. LESER is one of the few suppliers offering a high pressure pilot-operated safety valve with a full nozzle with the same leadtimes as the standard semi nozzle version. Another improvement was achieved in making seals more resistant to explosive decompression (ED Design), an important factor in petrochemical and other applications with high pressures. For applications with high back pressures or special requirements for tightness up to set pressure, a pilot-operated safety valve can often be an attractive alternative to spring-loaded safety valves. The flange ratings up to 1500 x 300 and the new option codes R3A and R3B can already be ordered. About the availability of further options we will inform you by LESER News and on The pilot-operated safety valve Type 810 (left) and the new valve for high pressures up to 256 bar / 3,705 psig 4

5 News General LESER VALVESTAR available: Sizing and selection now possible for pilot operated safety valves with pressures up to 256 bar LESER has completed the new VALVESTAR version For years VALVESTAR has been used for simple and safe sizing based on the most commonly internationally used calculation standards. Version includes the following improvements: Integration of the pilot operated safety valves for high pressures: All pilot operated safety valves (POSV) for high pressures have been implemented with 234 new article numbers. In this way, users can calculate POSV up to PN 250/CL1500 respectively 256 bar/3705 psig and select them as alternative to spring-loaded safety valves. ASME VIII steam calculation for POSV: This calculation has been added for POSV because the soft sealing material EPDM is used steam temperature up to 150 C are possible. Product data: Some parts of the product data base have been completely revised. Among other points new options and cold differential test pressure calculations have been added and the user can now select a complete option list including e.g. the extended PMI test with option codes N55 to N57. Product series: The following old types have been removed: , , , , Type 424, Type 448, Type 450, , Type 532, Type 534 Get the latest version for free. Following possibilities can be found on the LESER website services/valvestar Update your version to VALVESTAR (requires version 7.2.1) Download VALVESTAR as a program 5

6 General News LESER expands Level 3 of the API Alloy Concept The level system guarantees that components that are required for a respective application are designed in high alloy materials. The definition of five levels and consequently the standardization bring clear customer benefits: economic solutions, short lead times and a simplified order process by means of Option Codes. Level 1 and 2 are fully available. Components for level 3 are now standardized step by step. This level is designed for customer requirements where the inlet as well as the outlet are wetted by media and must be protected by high-alloy materials. This level will exclusively be available as version 3.1 that means as bellows version because only in this way the parts within the bonnet can be protected safely. All other levels have been, respectively will be developed in the version x.0 conventional design and x.1 bellows design. Overview API Alloy Concept Inlet medium wetted Inlet and guiding medium wetted Inlet and outlet medium wetted Valve external Valve complete Level 1.0 Level 1.1 Level 2.0 Level 2.1 Level 3.1 Level 4.0 Level 4.1 Level 5.0 Level 5.1 Standardized options In stand ardi zation Available as engineering solutions The body for level 3 is already available. As of now also adjusting rings, lock screws as well as body plugs are offered in five additional materials as standard. Here, lock screws and body plugs are controlled by a joint Option code and the adjusting ring has a separate Option code. Adjusting ring Lock screw and body plug Material Option code Material Option code Duplex K1P Duplex K2P Super Duplex K1Q Super Duplex K2Q Monel K1M Monel K2M Hastelloy K1N Hastelloy K2N Inconel K1O Inconel K2O Further components such as additional bellows designs, lifting aid or bonnet spacer will still be implemented to complete level 3. 6

7 News General Corrosion protection is more than just painting! LESER supplements the external corrosion protection coating options with some products which meet the highest international standards, including testing and documentation. The new corrosion protection options include the surface preparation and coating of all external surfaces which come into contact with the environment, and go far beyond simple coloration according to LESER standards. Standard painting - Base color - One layer LESER Coating systems for marine environment - Three to five layers - P90 / P91 Corrosion protection acc. to - DIN EN ISO Norsok M FROSIO-certified - Tests and inspections With its new corrosion protection systems, LESER satisfies the strictest requirements of the international standards according to ISO, Norsok and NACE. Three new Option codes have been created for this purpose. Material Temperature range -196 C up to -50 C -50 C up to 120 C (C5-M) Austenitic steels P89 P88 Nonalloyed steels P86 LESER also offers four new tests including documentation for the corrosion protection systems: Measurement of dry film thickness Holiday Test Pull Off Test (Cross-Cut Test) Option code P84 Option code P83 Option code P82 Option code P81 FROSIO corrosion protection certificates are also available from LESER. Testing and documentation are carried out in-house by FROSIO-certificated LESER employees (Level I) or by means of external inspection by an independent third party (Level III). More details can be found on page 161. About the availability will be informed with a LESER News. 7

8 General News LESER presents application-oriented solutions for FPSOs The harsh offshore environment and specific characteristics of oil and gas as a medium pose challenges to equipment on oil and gas installations. The API product group of flanged safety valves is an ideal fit for applications on board FPSOs. The valves not only meet all the requirements of API 526 such as standardized orifices and center-to-face dimensions, but their robust construction with hardened or stellited discs and stellited seats makes them especially suitable for high pressures. and power generation. The special technical requirements for this type of equipment result from the diverse media and processes on an FPSO as well as the seawater environment in which it operates. Corrosion resistant safety valves required For sea water or seawater hydrocarbon emulsions as a protected medium, valve materials must be especially resistant to corrosion in order to enable longer service intervals and to ensure the operational reliability of the safety valve. LESER pressure relief valves are available in various levels of corrosion resistance which can easily be configured according to individual application in short lead times. With the API Alloy Concept, LESER offers duplex and super-duplex materials as well as nickel-based materials like Monel, Hastelloy and Inconel in configurations for different corrosion protection levels. With regard to sour gas (H 2 S) service, valve materials must comply with the specifications of the National Association of Corrosion Engineers (NACE) MR0175/ ISO With a wet and salty external environment, the outside shell of the valve must also be made from corrosion-resistant materials or be adequately coated. MR0175-compliant valve configurations can be ordered as well as multi-layer and epoxy coatings. ABS and US Coast Guard approval for LESER valves Pilot operated safety valves from the High Efficiency product group are also an ideal fit for FPSO applications because of their smaller size and lower weight than traditional spring-loaded safety valves. Pressure relief or safety valves are used on FPSOs to protect the different topside modules for oil and gas separation and treatment, compression, water injection FPSOs and equipment installed on board require class society approval. LESER s valves have been type approved by ABS and the US Coast Guard as well as a number of additional classification societies. In order to allow for international operation of an FPSO, spare parts and replacement valves must be available around the globe. LESER supports its clients with an international network of local storage to ensure availability with short lead times. 8

9 News General New options for NACE MR0103 and material test certificates save time and effort For sour gas applications in the oil and gas industry, LESER now offers both the familiar Option code N78 for NACE MR0175 (upstream) and also a standardised option for NACE MR0103 (downstream) in the form of Option code N77. The Option code controls both the design of the valve components in question and the necessary documentation, thus making compliance with NACE requirements faster and more economical. The provision of material test certificates and PMI tests for further components is also simplified. Please note that the material test certificates are in some cases 2.2 certificates. The following table provides an overview of the new Option codes: Material test certificate DIN EN Option code Adjusting ring DIN EN H2D Spring plate DIN EN H2F Adjusting screw DIN EN H2G Gasket DIN EN H2H Lock screw DIN EN H2J Material test certificate DIN EN Guide DIN EN N95 Bonnet spacer DIN EN H2E Spindle DIN EN N94 Bellows metal DIN EN N96 Elastomer bellows DIN EN N96 Outlet flange DIN EN N3B Outlet connection DIN EN N3A Material identification check PMI Material identification check (PMI) Inspection certificate 3.1 acc. to DIN EN included Spindle Guide Bonnet Spring Bellows Cap/Lifting device Top plate (POSV) Piston guide (POSV) Spring (POSV Item 59) Option code N1A N1B N1C N1D N1E N1F N1G N1H N1J Seminars 2014 Everything you should know about safety valves Today more than ever the commercial success of a company is influenced by the qualification of its employees. The advancement and development of technical knowhow provides strategic advantages in the competitive international arena. LESER"s well-tailored selection of seminars offers our customers the opportunity to gain indepth knowledge on the topic of safety valves. Please contact your local LESER representative for registration or questions. 9

10 General News Approved Safety Valve Vendor for International Corporations Exxon Mobil has approved LESER as a qualified manufacturer. Many other big companies have added LESER to their Approved Vendors List in End users and EPCs carefully screen those companies that supply material and products for oil and gas plants, chemical complexes or industrial parks. For OEMs, it is important to have a valve supplier that is listed by their end user. This screening involves review of many documents and often also an audit of LESER s production and assembly facilities. What is checked are not only technical aspects of the product but also quality procedures of production and health, safety and environmental aspects. LESER safety valves have been approved by many companies and in 2013 several approvals have been added to the list. ExxonMobil LESER is on the Qualified Manufacturers List (QML) of ExxonMobil. The LESER production and assemblies in Hohenwestedt/Germany, Charlotte, North Carolina/USA and other locations have successfully passed the approval process for ExxonMobil projects. Saudi Aramco In spring 2013, not only was the Al-Jubail production facility of LESER s sales partner Binzagr awarded ASME certification, it was also approved as a local approved company by Saudi Aramco. This means that, after long and careful preparation in partnership with Binzagr, the local LESER production in KSA is now an approved supplier for oil and gas projects in one of the most important regions in the world in this industry. Photo: Saudi Aramco, Hawiyah NGL Recovery Plant Over the past 12 months, LESER has been added to the approved vendor s list of the following European companies: Mahle Filtration France, CB&I, Cameron CPS, STSI d.o.o, WÄRTSILÄ, E&P and INA. In the US, LESER has also been approved as a vendor in 2013 for Bechtel, KBR and Cameron Industries. Saudi Arabian Mining Company in the Middle East has added LESER. Numerous leading companies have listed LESER as an approved vendor on their Approved Material List (AML). Existing approvals include Dow Freeport, Technip, Parsons, Foster Wheeler, Fluor and Linde. A list of many companies which prequalified LESER as a supplier is available on our website at 10

11 News General Schedule of trade shows 2014 LESER and the LESER subsidiaries and partners will once again participate in a variety of both domestic and foreign fairs. Take advantage of the opportunity to familiarise yourself with LESER"s product innovations on site, such as the pilot operated safety valve for high pressures, VALVESTAR and the entire LESER product portfolio and services. Date Trade show Country Town Exhibitor February 2014 Australian Oil and Gas Exhibition and Conference Australia Perth Pressure Systems Pty. Ltd February 2014 NITROGEN + SYNGAS France Paris LESER GmbH & Co. KG March 2014 INTERPHEX USA New York LESER LLC March 2014 CIPPE China Beijing LESER - The Safety Valve (Tianjin) Ltd March 2014 Gastech South Korea Seoul LESER GmbH & Co. KG March 2014 Pumps & Valves Belgium Antwerp MRC Transmark March th Power & Alternative Energy Asia 2014 Pakistan Karachi PES Professional Engineering Services 30. March 2. April 2014 Oil & Gas West Asia Oman Muscat Gulf Services & Industrial Supplies Co. LLC May 2014 Petrotech Bahrain Manama LESER Middle East May 2014 Keymica France Paris LESER S.a.r.l May 2014 Neftegas Russia Moscow LESER GmbH & Co. KG May 2014 POGEE 2014 Pakistan Lahore PES Professional Engineering Services August 2014 Fenasucro Brazil Sertãozinho LESER Valvulas de Segurança Ltda August 2014 ONS 2014 Norway Stavanger Armatec AS September 2014 SMM Germany Hamburg LESER GmbH & Co. KG September 2014 Rio Oil & Gas Brazil Rio de Janeiro LESER Valvulas de Segurança Ltda. 30. September 3. October 2014 Expoquimia Spain Gran Via Venue BVALVE FLOW SYSTEMS AND CONTROLS October 2014 Chillventa Germany Nuremberg LESER GmbH & Co. KG November 2014 CSP Today International Spain Sevilla BVALVE FLOW SYSTEMS AND CONTROLS December 2014 Valve World Germany Düsseldorf LESER GmbH & Co. KG December 2014 OSEA Singapore Singapore LESER GmbH & Co. KG 11

12 General The Company LESER GmbH & Co. KG and LESER LLC With more than 700 employees, LESER is the largest manufacturer of safety valves in Europe and a leader in its market worldwide. LESER safety valves are developed for the international market at our headquarters in Hamburg/Germany and tested on our certified test stand. Production, with a capacity of over 130,000 valves a year, takes place at our modern factory in Hohenwestedt/Germany. Eight subsidiaries in Europe, America, the Middle East, and Asia, as well as authorized and trained representatives in over 80 countries guarantee competent consulting for all industrial applications. LESER safety valves protect people and the environment in the chemical, petrochemical, industrial gases, oil and gas production, and machine building branches, as well as the food and pharmaceutical industries. Growth in the North American market led LESER to found its first fully owned subsidiary, LESER LLC in Charlotte, North Carolina in LESER LLC has now formed a sales, distribution, and service network which includes its own stocking and assembly facility. Now LESER is able to supply high quality ASME-code stamped safety valves to North America for a full range of applications. All LESER Safety Valves carry CE and ASME UV Time line 1885 Complete range of steam fittings, incl. safety valves 1957 First test lab for safety valves 1980s Leading supplier for safety valves in Europe 1994 Test lab receives ASME certification (first and only outside of the US) 2003 Launch of the API Series 1818 Founded as a brass foundry in Hamburg, Germany 1943 Destruction of the plant, relocation and founding of new factory in Hohenwestedt, Germany 1970s Specialization in safety valves 1990 First ASME approval 1998 First subsidiary founded 2010 Launch of the Pilot Operated Safety Valve 12

13 Spotlight General Spotlight on LESER LLC in Charlotte, North Carolina High Performance staff All LESER LLC employees have a high level of expertise and go through rigorous training. Training is considered a continual process and not a one-time activity. With a High Performance staff, LESER LLC is able to provide fast and detailed responses for all customers. Fast delivery LESER LLC carries 4 million USD worth of stock in valves and parts at its Charlotte, NC facility. LESER is able to supply safety valves in 1 week or less (same-day possible for emergencies) and sameday for spare parts. Global approvals and setting facility LESER LLC is able to supply valves into applications requiring the UV stamp, CE mark, and other world-wide approvals from stock. LESER LLC maintains a fully operational assembling and setting facility which is certified by the ASME, National Board. Every safety valve is thoroughly tested to ensure the valve is tight and is functioning properly. Factory-equivalent support LESER LLC s sales system is directly integrated with LESER s factory in Germany. This direct link allows LESER LLC to provide accurate delivery times for factory direct shipments. LESER LLC also has daily contact with and is regularly visited by factor

leser safety valve data sheet pricelist

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