Specifications / Parameters Model: RGASKET X182 Application/Valve Type: Design E (E‑Body valve), 2″ size (Type E vapor/liquid service) Temperature Rating: From approx. –325 °F to +1100 °F (≈ –198 °C to +593 °C) Materials: Graphite/inconel composite sealing elements (gasket set) Contents: Kit includes bonnet gasket, spiral gasket, seat ring gasket, shims (for 2″ valve) Compatibility: Suitable for “E”, “ER”, “EZ‑2” and “EA 4×2” configurations (for 2″ size) Kit Weight: Approximately ~1 lb (≈ 0.45 kg) depending on packaging

Specifications / Parameters Model: R667X000402 Kit Type: Actuator repair kit (gaskets, o‑rings, seals) Compatible Actuator Sizes: Size 34 and Size 40 of the Fisher Type 667 actuator series Components Included: O‑rings + gasket/s (specific count depends on version) Recommended Application: Use when inspecting or rebuilding the actuator to ensure sealed performance Weight: approx. 0.15 lb (≈0.07 kg) in one listing Category: Gasket/repair kit for machine parts, actuator refurbishment

Technical Specifications Category Specification Model R667X000502 Valve Type Eccentric Rotary Control Valve Actuator Type Pneumatic Spring-Diaphragm Actuator (Size/Model: 667) Action Spring-Return (Single-Acting). Provides fail-safe operation (either air-to-open or air-to-close). Air Signal Standard 3-15 psig (0.2-1.0 bar). Travel Approximately 50 degrees of rotation (standard for eccentric plug valves). Body Style Angle Pattern Body (Standard for R/ET series). End Connections Flanged (The specific ANSI Class (e.g., 150, 300) and size are defined by the "X000502" code). Trim Characterization Eccentric Rotary Plug with approximately equal percentage flow characteristic. Trim Material Likely Stainless Steel (e.g., 316 SS) as standard. The exact material is defined by the "X000502" code. Leakage Class With metal seats, typically ANSI Class IV (0.01% of rated capacity).

Technical Specifications Category Specification Model Type 2625-12 Type Self-Operated Pressure Reducing Regulator Function To reduce a higher, variable inlet pressure to a stable, lower outlet pressure. Power Source Self-Operated (Uses energy from the process fluid) Body Style Globe Valve Body Orifice Size Defined by the "-12" code, which corresponds to a specific diameter (e.g., 1/2 inch or similar). End Connections Screwed (NPT) standard. Outlet Pressure Range Defined by the "-12" configuration. This is a field-adjustable range, but the spring is selected for a specific span. Example ranges could be 5-25 psig or 10-60 psig. The exact range must be confirmed from factory data sheets. Maximum Inlet Pressure Typically up to 400 psig (28 bar) for standard bodies. Flow Coefficient (Cv) Determined by the "-12" orifice size. This value is critical for sizing the valve for the application's flow rate. Temperature Range Standard with Buna-N diaphragm: -20°F to +180°F (-29°C to +82°C). Materials of Construction Body: Cast Iron (standard), Ductile Iron, Brass. Trim (Plug/Seat): Stainless Steel (standard). Diaphragm: Buna-N (standard).

Technical Specifications Category Specification Model GE13160X012 Valve Type Globe Valve, Easy-e Series Actuator Type Pneumatic Spring-Diaphragm Actuator (defined by "X012") Action Spring-Return (Single-Acting). Provides fail-safe operation (either air-to-open or air-to-close). Air Signal Standard 3-15 psig (0.2-1.0 bar). Body Size Likely 1-1/2 inch (DN40) (from "13160" code). Pressure Class Likely ANSI Class 300 (from "13160" code). End Connections Flanged, Raised Face (RF) (standard for this series). Body Material Carbon Steel (WCB) (standard). Trim Characterization Equal Percentage or Linear (specified by the "X012" trim code). Trim Material Stainless Steel (standard). The exact grade is defined by the trim code. Leakage Class With metal seats, typically ANSI Class IV. With soft seats, Class VI is possible.

Technical Specifications Category Specification Model 26A5318X012 Valve Type Angle Valve, Easy-e Series Actuator Type Pneumatic Spring-Diaphragm Actuator (defined by "X012") Action Spring-Return (Single-Acting). Provides fail-safe operation (either air-to-open or air-to-close). Air Signal Standard 3-15 psig (0.2-1.0 bar). Body Size Likely 3 inch (DN80) (from "5318" code). Pressure Class Likely ANSI Class 300 (from "5318" code). End Connections Flanged, Raised Face (RF) (standard for this series). Body Material Carbon Steel (WCB) (standard). Trim Characterization Equal Percentage or Linear (specified by the "X012" trim code). Trim Material Stainless Steel (standard). The exact grade is defined by the trim code. Leakage Class With metal seats, typically ANSI Class IV.

Technical Specifications Category Specification Fisher Part Number 627-496 Description Trim & Plug Kit or Seat Ring Applicable Valve Series Fisher ED, ES, ET (Eccentric Rotary) Component Type Replaceable Trim Part (e.g., Seat Ring, Plug Kit) Primary Function Provides the sealing surface and flow characterization. Replaces worn parts to restore valve performance. Materials of Construction Typically Stainless Steel (e.g., 316 SS) or Hardened Stainless Steel (e.g., 17-4PH) for erosion resistance. The exact material is specific to this part number. Pressure Class Dependent on the parent valve body (e.g., ANSI Class 150, 300, 600). Leakage Class When installed with a matching plug, typically designed to achieve ANSI Class IV or better shut-off.

Technical Specifications Category Specification Model Type 4-300 Type Conventional Spring-Loaded Safety Relief Valve Service Air, Steam, and other Compressible Fluids Operation Pop-Action (Rapid Full-Lift) Orifice Designation J (According to API 526. The "300" size corresponds to a "J" orifice). Orifice Area 0.710 sq. in. (458 sq. mm) Inlet Size Varies, but common for this orifice is 2" NPT or flanged. Outlet Size Typically one size larger than the inlet (e.g., 3" NPT for a 2" inlet). Set Pressure Range Available in various spring ranges for different set pressures. The specific range is determined by the spring installed. Blowdown Adjustable (typically 2-7% for steam/air). Maximum Allowable Set Pressure Dependent on the body rating, but typically suitable for several hundred psig. Body Materials Carbon Steel (standard for steam and air), Bronze, Stainless Steel. Standards Compliance Can be designed to meet ASME Boiler and Pressure Vessel Code, Section I and Section VIII.

Technical Specifications Category Specification Fisher Part Number 67DF-2343-119276 Description Positioner Mounting Kit Compatible Actuator Fisher 667 and 667AF Series Actuators Compatible Positioner Fisher FIELDVUE DVC6000 Series Digital Valve Controllers Kit Contents Includes mounting bracket, linkage, feedback lever, pins, gaskets, seals, and all necessary fasteners. Function Provides the mechanical interface and feedback connection between the DVC6000 positioner and the 667 actuator. Materials Components are typically made from plated carbon steel and stainless steel for corrosion resistance.

Technical Specifications Category Specification Fisher Part Number 67CF-1663-38672 Description Positioner and Supply Pressure Gauge Kit Applicable Actuator Fisher 667 and 667AF Series (Size 30 to 120) Pneumatic Actuators Positioner Type Pneumatic Force-Balance, Cylinder Type Input Signal 3 to 15 psig (0.2 to 1.0 bar) standard pneumatic signal. Supply Air Pressure Maximum 150 psig (10.3 bar). Typical operating supply is higher than the signal pressure, often in the 40-100 psig range, to provide sufficient power. Air Consumption Approximately 3.0 SCFM (85 standard liters per minute) at maximum output. Action Direct or Reverse. The action of the positioner (whether the actuator stem extends or retracts with an increasing signal) is field-reversible. Feedback Mechanism Direct mechanical feedback linkage from the actuator's piston rod. Housing Weather-resistant, gasketed aluminum enclosure. Gauge Included pressure gauge for monitoring supply air pressure. Mounting Directly mounts to the actuator as a complete assembly. Performance Linearity: Typically ±1% of span. Hysteresis: Typically less than 0.5% of span. Temperature Limits Standard instrument air quality is required. The positioner is suitable for standard industrial ambient temperatures.