Testing Equipment

• Accuracy
• 0.1 %

• Application
• Industrial

• Capacity
• 25 - 1000 KG Kg/day

• Color
• black and silver

• Control Mode
• manual

• Display Type
• -

• Features
• gauge calibrate

• Frequency
• - Kilohertz ( KHZ )

• Hardness
• very hard

• Machine Weight
• 50 Kilograms (kg)

• Material
• MS phosphet

• Max Height
• 2 ft

• Mounting Type
• table mount

• Operate Method
• manual

• Operating Voltage
• - Volt (V)

• Port Size
• 1/2"

• Power
• - Volt (v)

• Power Supply
• -

• Product Type
• instrumentation product

• Resolution
• -

• Response Time
• - Hours

• Temperature
• 25 Celsius (oC)

• Test Range
• 25 KG Above

• Test Speed
• -

• Test Stroke
• -

• Test Width
• - Meter (m)

• Usage
• industrial use

• Voltage
• 220 Volt (v)

• Weight
• 50 Kilograms (kg)

• Accuracy
• 0.1 % %

• Application
• industrial

• Automation Grade
• -

• Capacity
• 10 Kg/day

• Classification
• filter regulator

• Color
• Black

• Control Mode
• -

• Dimension (L*W*H)
• 1 Yard

• Display Type
• -

• Features
• filter

• Frequency
• 1 Kilohertz ( KHZ )

• Gas Pressure
• 10 kgf/m2

• Hardness
• hard

• Humidity
• -

• Machine Weight
• 400 Gram (g)

• Material
• depnd which model required

• Max Height
• 6 inch

• Measuring Range
• 1 Rankine

• Number of Specimens
• 72

• Operating Voltage
• - Volt (V)

• Port Size
• 1/2"

• Power
• 2 Megaampere ( MA)

• Resolution
• -

• Response Time
• 1 Seconds

• Specimen Size
• 1 Centimeter (cm)

• Temperature
• 25 Celsius (oC)

• Test Range
• 10

• Test Speed
• -

• Test Stroke
• -

• Test Width
• - Micromete (micron)

• Usage
• industrial

• Voltage
• 220 Volt (v)

• Weight
• 400 Grams (g)

• Equipment Type
• -

• Accuracy
• - %

• Application
• Industrial

• Automation Grade
• -

• Color
• Red

• Control Mode
• -

• Dimension (L*W*H)
• - Centimeter (cm)

• Features
• -

• Frequency
• 50 Hertz (HZ)

• Gas Pressure
• - kgf/m2

• Hardness
• --

• Interface Type
• -

• Machine Weight
• 1 Kilograms (kg)

• Material
• Mid steel

• Max Height
• 10

• Measuring Range
• - Celsius (oC)

• Mounting Type
• yes

• Number of Specimens
• -

• Operate Method
• -

• Operating Voltage
• 230 Volt (V)

• Port Size
• -

• Power
• - Volt (v)

• Power Supply
• -

• Product Type
• -

• Response Time
• 1 Seconds

• Specimen Size
• - Centimeter (cm)

• Temperature
• 25 Celsius (oC)

• Test Range
• -

• Test Speed
• -

• Test Stroke
• -

• Test Width
• - Meter (m)

• Usage
• industrial

• Voltage
• 220 Volt (v)

• Weight
• 1 Kilograms (kg)

• Equipment Type
• -

• Accuracy
• - gm

• Application
• measurements

• Automation Grade
• -

• Capacity
• - Kg

• Classification
• -

• Color
• silver green

• Control Mode
• -

• Dimension (L*W*H)
• - Centimeter (cm)

• Display Type
• -

• Features
• -

• Frequency
• 50 Hertz (HZ)

• Gas Pressure
• - PSI

• Humidity
• -

• Interface Type
• -

• Machine Weight
• 500 Gram (g)

• Material
• Stainless Steel

• Max Height
• 5

• Measuring Range
• - Celsius (oC)

• Mounting Type
• --

• Number of Specimens
• -

• Operate Method
• -

• Operating Voltage
• - Volt (V)

• Port Size
• -

• Power Supply
• 230

• Product Type
• -

• Resolution
• -

• Specimen Size
• - Centimeter (cm)

• Temperature
• 25 Celsius (oC)

• Test Range
• -1 To 150 KG

• Test Speed
• -

• Test Stroke
• -

• Test Width
• 2 Meter (m)

• Usage
• industrial use

• Voltage
• 220 Volt (v)

• Weight
• 500 Grams (g)

• Application
• Industrial

• Color
• Silver

• Control Mode
• -

• Frequency
• 50 Hertz (HZ)

• Gas Pressure
• - PSI

• Humidity
• -

• Machine Weight
• 500 Gram (g)

• Material
• Stainless Steel

• Port Size
• 1/2

• Power Supply
• 230

• Temperature
• 25 Celsius (oC)

• Test Speed
• -

• Test Stroke
• -

• Test Width
• - Centimeter (cm)

• Application
• temprature mesurement

• Automation Grade
• -

• Capacity
• - Kg

• Color
• Yellow

• Dimension (L*W*H)
• 15*4 Centimeter (cm)

• Display Type
• digital

• Frequency
• - Kilohertz ( KHZ )

• Gas Pressure
• 1 kgf/m2

• Hardness
• -

• Humidity
• -

• Machine Weight
• 300 Gram (g)

• Material
• Plastic

• Max Height
• -

• Measuring Range
• -50 C ~ 1200 C / -58 F ~ 2192 F Celsius (oC)

• Mounting Type
• -

• Number of Specimens
• -

• Port Size
• -

• Power
• 9 Volt (v)

• Power Supply
• 9 volt

• Product Type
• Sesnor

• Resolution
• 360

• Response Time
• 1 Seconds

• Specimen Size
• - Centimeter (cm)

• Temperature
• 25 Celsius (oC)

• Test Range
• -50 C ~ 1200 C / -58 F ~ 2192 F

• Test Stroke
• -

• Test Width
• 5-10 Centimeter (cm)

• Usage
• temprature measure

• Voltage
• 220 Volt (v)

• Weight
• 300 Grams (g)

• Equipment Type
• -

• Accuracy
• 0.1 %

• Application
• industrial use

• Automation Grade
• -

• Capacity
• - Pcs/min

• Classification
• transmitter

• Color
• Silver

• Control Mode
• -

• Dimension (L*W*H)
• 30 mm to 41 mm Millimeter (mm)

• Display Type
• -

• Features
• High Power Density: PULS MiniLine units, such as the ML30.241, provide 30W of power in a chassis just 22.5mm wide, saving significant space on the DIN rail. High Efficiency: Most modern units from both PULS and Mean Well achieve 89% to 94% efficiency, reducing heat generation inside sealed control cabinets. Universal Input: Designed for global use with a wide input range typically spanning 85-264VAC or 120-375VDC, handling international power fluctuations with ease. Advanced Protection: Includes integrated safeguards against short circuits, overloads, overvoltages, and overtemperature (OTP). Units often enter "Hiccup Mode" during faults and auto-recover once cleared.

• Frequency
• 47 Hz to 63 Hz. Hertz (HZ)

• Gas Pressure
• 10 Bar

• Hardness
• very hard

• Humidity
• -

• Interface Type
• In Mean Well Switch Mode Power Supplies (SMPS), the "interface type" refers to how the unit connects to power, how it communicates status, and how it is controlled by external systems.

• Machine Weight
• 230 G Gram (g)

• Material
• Stainless Steel

• Max Height
• 3 inch

• Measuring Range
• 85 C 95 C. Celsius (oC)

• Mounting Type
• no

• Number of Specimens
• -

• Operate Method
• Pre-Operation Inspection

• Operating Voltage
• 10-30 Volt (V)

• Port Size
• 1/2 "

• Power
• 230 Volt (v)

• Power Supply
• -

• Product Type
• pencile type

• Resolution
• -

• Response Time
• 1 Seconds

• Specimen Size
• 00 Meter (m)

• Temperature
• 25 Celsius (oC)

• Test Range
• -

• Test Speed
• -

• Test Stroke
• -

• Test Width
• 82 MM Millimeter (mm)

• Usage
• Mean Well switch-mode power supplies (SMPS) are used in a wide range of electronic equipment, including factory control, IT, communications, medical devices, and LED lighting. Usage involves adhering to strict installation, wiring, and environmental guidelines to ensure safety and longevity.

• Voltage
• 10 - 30 Volt (v)

• Weight
• 400 grm Grams (g)

• Equipment Type
• -

• Accuracy
• 0.006 %

• Application
• industrial

• Automation Grade
• -

• Capacity
• 1000 Kg

• Classification
• -

• Color
• blue

• Control Mode
• -

• Dimension (L*W*H)
• - Centimeter (cm)

• Display Type
• yes

• Features
• Oil & Gas/Petrochemical: High-pressure measurement in boilers, fuel feeds, reaction vessels, and hydrocarbon recovery. Water & Wastewater: Level measurement, filter monitoring, pump control. Chemical: Monitoring reaction vessels, liquid processing, and containment. HVAC & Industrial Automation: Air compressor monitoring, fluid pressure, and general system automation. Food & Beverage: Hygienic process control. Power Generation: Boiler drum level, steam pressure measurement.

• Frequency
• 2.4 Megahertz (MHZ)

• Hardness
• hard

• Humidity
• -

• Interface Type
• -

• Machine Weight
• 1 Kilograms (kg)

• Material
• steel

• Max Height
• 7

• Measuring Range
• -50oC TO 70oC Celsius (oC)

• Mounting Type
• yes

• Number of Specimens
• -

• Operate Method
• -

• Operating Voltage
• 42 Volt (V)

• Port Size
• 1/2

• Power
• 11 - 42 Volt (v)

• Power Supply
• 230

• Product Type
• -

• Resolution
• -

• Response Time
• 1 Seconds

• Specimen Size
• - Millimeter (mm)

• Temperature
• -40 - 85 Celsius (oC)

• Test Range
• 50 - 1000 BAR

• Test Speed
• -

• Test Stroke
• -

• Test Width
• - Millimeter (mm)

• Usage
• industrial use

• Voltage
• 11 -42 Volt (v)

• Weight
• 1 Kilograms (kg)

• Accuracy
• 0.1 %

• Application
• Pressure Indication ,Flow Monitoring,,Level Indication

• Capacity
• - Pcs/hr

• Classification
• Indicator

• Color
• black

• Control Mode
• -

• Display Type
• 5-digit 7-segment LED display

• Features
• 5-digit 7-segment LED display (0.56 digits) for clear reading Displays process variable (PV), setpoints, and status/alarm indicators Decimal point configurable depending on scaling Adjustable brightness for high or low ambient light conditions

• Gas Pressure
• 1 PSI

• Humidity
• -

• Machine Weight
• 200 Gram (g)

• Material
• Front Bezel / Case ABS Plastic (flame retardant, industrial grade) Buttons / Keys Silicone Rubber or Polycarbonate Display Window Acrylic / Polycarbonate clear cover Mounting Clips Nylon / Plastic

• Measuring Range
• 19999 to 99999 Celsius (oC)

• Mounting Type
• Panel Mount

• Number of Specimens
• 5

• Operating Voltage
• 100 300 VDC Volt (V)

• Port Size
• -

• Power
• 85 265 VAC Volt (v)

• Power Supply
• 85-265VAC

• Resolution
• 5 digit

• Response Time
• 250 ms Seconds

• Specimen Size
• 5 Inch (in)

• Temperature
• -200 C to 1000 C Celsius (oC)

• Test Range
• -

• Test Speed
• -

• Test Stroke
• -

• Test Width
• - Millimeter (mm)

• Usage
• Industrial Use

• Voltage
• 85 265 VAC Volt (v)

• Weight
• 200 Grams (g)

• Accuracy
• 0.25% FS %

• Application
• Industrial automation, HVAC, tanks, boilers, pumps, and basic process control

• Automation Grade
• -

• Classification
• -

• Color
• Black

• Control Mode
• Binary Control

• Dimension (L*W*H)
• 48 96 mm Millimeter (mm)

• Display Type
• 4 digit 7 segment LED

• Frequency
• Typically 0 10 kHz, depending on sensor and signal conditioning Kilohertz ( KHZ )

• Gas Pressure
• 1 Bar

• Hardness
• -

• Humidity
• Measures relative humidity (RH%) and converts it to 4 20 mA or 0 10 V analog signal

• Interface Type
• -

• Machine Weight
• 200 Gram (g)

• Material
• Stainless steel for corrosive or reactive gases

• Max Height
• 48 mm

• Measuring Range
• Signal Type Min Max Notes Thermocouple J 210 C 1200 C Celsius (oC)

• Mounting Type
• Panel Mounting

• Number of Specimens
• -

• Operating Voltage
• 90 270 V AC Volt (V)

• Port Size
• electrical terminals.

• Power
• 90 270 V AC Volt (v)

• Power Supply
• 90 270 V AC

• Product Type
• -

• Resolution
• 4 digit 7 segment

• Response Time
• 0.5 2 Seconds

• Specimen Size
• - Centimeter (cm)

• Temperature
• 200 C to 1800 C Celsius (oC)

• Test Range
• 0 10 bar, 0 100 psi

• Test Speed
• -

• Test Stroke
• manually or electronically via a process controller.

• Test Width
• - Centimeter (cm)

• Usage
• Industrial automation, HVAC, tanks, boilers, pumps, and basic process control

• Voltage
• 90 270 V AC Volt (v)

• Weight
• 200 Grams (g)

• Equipment Type
• -

• Accuracy
• 0.075% of span %

• Application
• Industrial pressure measurement (liquids, gases, steam) Tanks, vessels, pipelines monitoring Level & flow (via pressure differential / manifold setups) Process control in oil & gas, chemical, power plants, water treatment

• Automation Grade
• -

• Capacity
• Up to ~20000 psi Kg

• Classification
• Industrial Process Measurement Instrument

• Color
• blue

• Control Mode
• Measurement Only

• Dimension (L*W*H)
• Compact cylindrical sensor body with electronics housin Centimeter (cm)

• Display Type
• local LCD display

• Features
• Wide Pressure Range ,High Accuracy .

• Frequency
• 22 Hertz (HZ)

• Gas Pressure
• - PSI

• Hardness
• hard

• Humidity
• -

• Interface Type
• Local Interface: Optional LCD display and local configuration buttons (M5) Remote Digital: HART communicator / AMS or fieldbus interfaces for configuration and diagnostics

• Machine Weight
• 400 Gram (g)

• Material
• Wetted Materials: 316L Stainless Steel standard Optional exotic materials: Hastelloy, Monel, Tantalum, Gold Plated alloys Filling Fluid: Silicone oil or inert fluid Housing Material: Aluminum or stainless steel with conduit entry (M20 1.5 or NPT)

• Max Height
• 5 "

• Measuring Range
• 01 Celsius (oC)

• Mounting Type
• Direct inline mounting with bracket (B4) for pipe or panel Flanges or adapters available (coplanar, threaded)

• Number of Specimens
• -

• Operate Method
• Pressure sensed by diaphragm Diaphragm movement converted to electrical signal Signal linearized and output as 4 20 mA with digital overlay Field communicator (HART) can adjust calibration and configuratio

• Operating Voltage
• 10.5 55 V DC Volt (V)

• Port Size
• Typically 14 NPT female or ANSI/DIN flanges (model dependant)

• Power
• 10.5 55 V DC Volt (v)

• Power Supply
• 10.5 55 V DC

• Product Type
• -

• Resolution
• 6-bit ADC equivalent

• Response Time
• 0.1 Seconds

• Specimen Size
• 1 Millimeter (mm)

• Temperature
• 40 C to +85 C Celsius (oC)

• Test Range
• 14.7 to 20000 psi

• Test Speed
• -

• Test Stroke
• -

• Test Width
• - Centimeter (cm)

• Usage
• industrial use

• Voltage
• 10.5 55 V DC Volt (v)

• Weight
• 400 Grams (g)

• Equipment Type
• -

• Accuracy
• 0.1 %

• Application
• industrial use

• Automation Grade
• -

• Capacity
• 100 Kg/hr

• Classification
• Testing Equipment

• Color
• black & Silver

• Control Mode
• Manual

• Dimension (L*W*H)
• 40 60 cm (W) 30 50 cm (D) Centimeter (cm)

• Display Type
• No display

• Features
• -

• Frequency
• - Hertz (HZ)

• Gas Pressure
• 100 Bar

• Hardness
• -

• Humidity
• -

• Interface Type
• -

• Machine Weight
• 40 Kilograms (kg)

• Material
• MS Phosphate Black

• Max Height
• -

• Mounting Type
• Table Mounting

• Number of Specimens
• -

• Operate Method
• manual

• Operating Voltage
• - Volt (V)

• Port Size
• 1/2 "

• Power Supply
• No

• Product Type
• calibration tool

• Resolution
• -

• Response Time
• 0.1 Seconds

• Specimen Size
• - Meter (m)

• Temperature
• 50 C to 500 C Celsius (oC)

• Test Range
• 0-100

• Test Speed
• -

• Test Stroke
• -

• Test Width
• - Yard

• Usage
• Pressure Calibration

• Weight
• 40 Kilograms (kg)

• Equipment Type
• Digital Indicating Controllers (UT Series): The core equipment type used for continuous single or dual-loop process control.

• Accuracy
• 0.1% %

• Application
• Vital for ensuring quality in industrial furnaces, ovens, and metal processing where accurate temperature regulation is essential.

• Automation Grade
• Represented by the Yokogawa UT32A and Yokogawa UT35A, these are specialized for single-loop control in standard industrial processes

• Capacity
• 2 m3/hr

• Classification
• Entry-Level (Standard): Models like the Yokogawa UT32A (1/8 DIN) and Yokogawa UT35A (1/4 DIN) are general-purpose controllers with one universal input and standard ladder logic.

• Color
• White

• Control Mode
• Manual

• Dimension (L*W*H)
• 65 Millimeter (mm)

• Display Type
• -

• Features
• Good Quality

• Frequency
• 50/60 Hz. Hertz (HZ)

• Gas Pressure
• - PSI

• Hardness
• Yes

• Humidity
• -

• Interface Type
• -

• Machine Weight
• 180 G To 500 G Gram (g)

• Material
• Yokogawa Digital Indicating Controllers

• Max Height
• 96 MM

• Measuring Range
• -270.0 C to 1370.0 C Celsius (oC)

• Mounting Type
• Specific brackets, such as the UTAP005, are available for wall-mounting wireless-enabled controllers like the UT52A/MDL and UT32A/MDL

• Number of Specimens
• -

• Operate Method
• navigating through three primary display levels Operation, Operating Parameter Setting, and Setup Parameter Setting using a set of front-panel navigation keys

• Operating Voltage
• 100 To 240 VAC Volt (V)

• Port Size
• UT35A

• Power
• 100 To 240 VAC Volt (v)

• Power Supply
• Manual

• Product Type
• General-purpose single-loop controllers featuring a 14-segment color LCD and standard ladder logic

• Resolution
• UTAdvanced Series: Equipped with 5-digit high-resolution displays. The 14-segment color LCD allows for clearly rendered numbers and alphabetical characters.

• Response Time
• 1 Seconds

• Specimen Size
• sampling parameters Meter (m)

• Temperature
• -270.0 C to 1800.0 C Celsius (oC)

• Test Range
• -200.0 to 850.0 C.

• Test Speed
• The Yokogawa UT75A supports a scan period as fast as 50 ms.

• Test Stroke
• Yokogawa Digital Indicating Controllers

• Test Width
• 48 mm and 96 mm Millimeter (mm)

• Usage
• Industrial

• Voltage
• 100 to 240 V AC Volt (v)

• Weight
• 180 G To 500 G Grams (g)

• Equipment Type
• -

• Accuracy
• 0.1 %

• Application
• Industrial Automation & Control This is the primary application for the LRS and NDR Series. Control Cabinets: Powering PLCs, HMIs, and sensors in factory automation. CNC Machinery: Providing stable DC voltage for high-precision cutting and milling tools. Robotics: Supplying the high-current demands of robotic arms and automated guided vehicles (AGVs). 2. LED Lighting & Signage Mean Well is a world leader in LED Drivers (HLG, ELG, and XLG series). Outdoor Lighting: Powering street lights and architectural lighting with IP67 waterproof units. Digital Signage: Driving large LED billboards and indoor commercial displays. Horticulture: Specialised high-power drivers for indoor "grow lights."

• Automation Grade
• -

• Capacity
• - Pcs/min

• Classification
• Industrial Automation: Rugged units like the LRS Series that withstand 5G vibration and operate up to 70 C

• Color
• silver or metallic

• Control Mode
• -

• Dimension (L*W*H)
• 30 mm to 41 mm Millimeter (mm)

• Display Type
• no

• Features
• High Power Density: PULS MiniLine units, such as the ML30.241, provide 30W of power in a chassis just 22.5mm wide, saving significant space on the DIN rail. High Efficiency: Most modern units from both PULS and Mean Well achieve 89% to 94% efficiency, reducing heat generation inside sealed control cabinets. Universal Input: Designed for global use with a wide input range typically spanning 85-264VAC or 120-375VDC, handling international power fluctuations with ease. Advanced Protection: Includes integrated safeguards against short circuits, overloads, overvoltages, and overtemperature (OTP). Units often enter "Hiccup Mode" during faults and auto-recover once cleared.

• Frequency
• 47 Hz to 63 Hz. Hertz (HZ)

• Gas Pressure
• - PSI

• Hardness
• -

• Humidity
• -

• Interface Type
• In Mean Well Switch Mode Power Supplies (SMPS), the "interface type" refers to how the unit connects to power, how it communicates status, and how it is controlled by external systems.

• Machine Weight
• 230 G Gram (g)

• Material
• Mean Well uses industrial-grade materials optimized for heat dissipation, electrical insulation, and structural durability. The specific construction varies by series to meet different environmental and safety requirements

• Max Height
• 127 mm

• Measuring Range
• 85 C 95 C. Celsius (oC)

• Mounting Type
• DIN Rail Mounting

• Number of Specimens
• -

• Operate Method
• Pre-Operation Inspection

• Operating Voltage
• 85 ~ 264 VAC Volt (V)

• Port Size
• 9.5 mm

• Power
• 230 Volt (v)

• Power Supply
• 230 VAC

• Product Type
• -

• Resolution
• -

• Response Time
• 1 Seconds

• Specimen Size
• 150 mm Millimeter (mm)

• Temperature
• -30 C to +70 C Celsius (oC)

• Test Range
• -

• Test Speed
• 1 second

• Test Stroke
• -

• Test Width
• 82 MM Millimeter (mm)

• Usage
• Mean Well switch-mode power supplies (SMPS) are used in a wide range of electronic equipment, including factory control, IT, communications, medical devices, and LED lighting. Usage involves adhering to strict installation, wiring, and environmental guidelines to ensure safety and longevity.

• Voltage
• 24 Volt (v)

• Weight
• 230 Grams (g)

• Equipment Type
• -

• Accuracy
• +-0.04 %

• Application
• The Emerson Rosemount 3051CD is a versatile DP transmitter for flow, level, and pressure, known for reliability with up to 15-year stability, offering 4-20 mA HART or digital outputs (FF, PA, WirelessHART), and standard 316 SST wetted parts, with performance options reaching 0.025% accuracy and 200:1 rangedown for demanding tasks, integrating easily with manifolds for pre-calibrated flow/level solutions. Key specs include various wetted materials (Alloy C-276, Tantalum, etc.), SIL 2/3 certification, and optional features like local displays and advanced diagnostics for plugged lines

• Automation Grade
• Functional Grade: Smart Transmitter

• Capacity
• - Pcs/hr

• Classification
• The Emerson Rosemount 3051CD is classified as an industrial-grade Differential Pressure Transmitter. It is the industry standard for measuring differential pressure, level, and flow in harsh process environments

• Color
• blue

• Control Mode
• -

• Dimension (L*W*H)
• 54 Millimeter (mm)

• Display Type
• -

• Features
• High Accuracy: Offers standard reference accuracy of 0.075% of span, with options for enhanced precision up to 0.04% (Ultra for Flow) or 0.025% for critical applications. Exceptional Stability: Provides 10-year installed stability (or up to 15 years for 3051S variants), significantly reducing calibration frequency. Wide Rangedown: Features a rangedown of up to 150:1 (or 200:1 for 3051S), allowing for high application flexibility with a single device. Coplanar Platform: This patented design allows direct mounting to manifolds, primary flow elements, and level solutions, reducing potential leak points by up to

• Frequency
• - Hertz (HZ)

• Gas Pressure
• - PSI

• Hardness
• -

• Humidity
• -

• Interface Type
• Process Interfaces

• Machine Weight
• 2.7 Kilograms (kg)

• Material
• The materials for the Rosemount 3051CD Differential Pressure Transmitter are categorized into wetted parts (those in contact with the process fluid) and non-wetted parts (the housing and external hardware)

• Max Height
• 181

• Measuring Range
• - Newton

• Mounting Type
• Primary Process Mounting Types

• Number of Specimens
• -

• Operate Method
• -

• Operating Voltage
• 230 Volt (V)

• Port Size
• -

• Power
• 230 Volt (v)

• Power Supply
• 4 -20 ma

• Product Type
• The Emerson Rosemount 3051CD is part of the broader Rosemount 3051 Pressure Transmitter Family, which is classified into several distinct product types based on their measurement application and physical configuration.

• Resolution
• -

• Response Time
• 1 Minutes

• Specimen Size
• 54 Millimeter (mm)

• Temperature
• 40 to 85 C Celsius (oC)

• Test Range
• 2000 to 2000 psi

• Test Speed
• 1

• Test Stroke
• -

• Test Width
• 131 Millimeter (mm)

• Usage
• -

• Voltage
• 10.5 Volt (v)

• Weight
• - Carat

• Equipment Type
• According to KSB MIL Controls, the 78000 series is categorized by the following design and functional typesValve Type: Globe valve (available in both inline and angle body patterns). Service Category: Severe Service, specifically for liquid applications requiring anti-cavitation and low-noise performance. Trim Type: Multistage axial-flow high-resistance trim. Pressure Management: Employs the principle of "Adiabatic Flow with Friction" to reduce pressure through multiple small steps rather than a single orifice

• Accuracy
• 0.01% %

• Application
• According to KSB MIL Controls, these valves are categorized based on their ability to handle "Severe Service" where standard valves typically fail due to erosion, vibration, or noise.

• Automation Grade
• The KSB MIL 78000 is a high-performance severe service control valve designed for advanced automation in complex industrial processes. Its "automation grade" is reflected in its high precision, 1:100 rangeability, and compatibility with modern digital control systems for critical applications like boiler feed and high-pressure oil and gas services.

• Capacity
• - Pcs/hr

• Classification
• According to KSB MIL Controls, these valves are categorized based on their ability to handle "Severe Service" where standard valves typically fail due to erosion, vibration, or noise.

• Color
• KSB Blue

• Control Mode
• The KSB MIL 78000 control valve is primarily a throttling (modulating) control valve. It is designed to continuously adjust its internal trim to maintain a specific flow, pressure, or level, rather than simply being an "on/off" device

• Dimension (L*W*H)
• 197x308x308 Millimeter (mm)

• Display Type
• The KSB MIL 78000 control valve series does not have a "display" on the valve body itself; however, it interfaces with external control and feedback devices that provide visual monitoring. The "display type" depends on the positioner or transmitter mounted to the actuator.

• Features
• Specialized Severe Service Features Within the KSB product range, the 78000 series is specifically classified for the following conditions: Anti-Cavitation: Uses multiple throttling stages to prevent liquid from reaching its vapor pressure. Low Noise: Engineered to reduce fluid velocity and aerodynamic noise. Anti-Clog: Features a larger flow area than standard drilled-hole technology, allowing it to handle fluids with fine sand or particle fines.

• Frequency
• - Hertz (HZ)

• Gas Pressure
• 420 kgf/m2

• Hardness
• Trim Hardness & Materials The multistage trim (plug, seat, and cages) must be significantly harder than the valve body to prevent erosion: Standard Hardening: Trims are typically hardened using Stellite (Cobalt-based alloy) cladding or Solid Stellite for the seating areas. Stellite typically reaches a hardness of 37 to 45 HRC (Rockwell C). Severe Erosion Resistance: For applications involving fine particles (like sand in oil & gas), materials like 17-4 PH Stainless Steel (hardened to ~40-44 HRC) or 400 series Stainless Steel with heat treatment are commonBody Hardness The valve body (forged or cast steel) is generally kept at a lower, more ductile hardness to ensure structural integrity and pressure containment: Forged Carbon Steel (A105): Typically has a hardness around 137-187 HB (Brinell). Alloy Steels (F11/F22): Used for high-temperature steam, these are heat-treated to maintain strength without becoming brittle.

• Humidity
• -

• Interface Type
• The KSB MIL 78000 severe-service control valve features several interface types depending on whether you are referring to its physical pipe connection, its drive mechanism, or its control signal integration. onnection Types: Most units are supplied with flanged or butt-weld ends. Standards Compatibility: While ASME/ANSI (Class 150 to 2500) is standard, the valve can be supplied with DIN, JIS, BS, or other international ratings and end connections upon request. Body Patterns: Available in both inline (straight-through) and angle bodyPneumatic Interface: Most commonly paired with MIL 37-38 single-spring diaphragm actuators. It can also interface with direct or reverse piston cylinders (MIL 67/68). Electric Interface: Compatible with electrical actuators (90 series) for plants requiring electronic drive systems. Hydraulic Interface: Can be integrated with hydraulic actuators for applications requiring high force or specialized fail-safe speeds

• Machine Weight
• 15 To 40 Gram (g)

• Material
• The KSB MIL 78000 series uses high-performance, wear-resistant materials specifically selected for high-pressure and erosive severe-service applications

• Max Height
• 13"

• Measuring Range
• - Newton

• Mounting Type
• The KSB MIL 78000 control valve is primarily a pipe-mounted device with specific configurations for its body and actuator. Its mounting type is defined by how it integrates into the piping system and how the actuator is supported

• Number of Specimens
• The KSB MIL 78000 control valve series is defined by a comprehensive set of technical specifications designed for severe industrial service. While there is no single "number of specifications," the series is typically categorized across seven to nine primary technical data fields that govern its operation and installation.

• Operate Method
• Actuation Methods The valve is designed to interface with several different drive types to suit plant automation requirements: Pneumatic Actuators: The most common method, using pneumatic spring diaphragm actuators (MIL 37/38 series) or high-power piston cylinders (MIL 67/68). Electric Actuators: Used in facilities that prefer electronic control systems (MIL 90 series). Hydraulic Actuators: Selected for applications requiring extremely high force or specialized operational speeds. Hand-Operated: Can be configured with manual handwheels for local control or as a manual override for automated units

• Operating Voltage
• 24 Volt (V)

• Port Size
• The port size of the KSB MIL 78000 control valve series is defined by its nominal pipe size, ranging from NPS 1/2 to NPS 6 (approx. 15 mm to 150 mm). Because this is a multistage control valve, the internal "port" refers to the area within the multi-step axial-flow trim designed to manage high pressure drops

• Power
• 10-60 Volt (v)

• Power Supply
• 10-60

• Product Type
• The KSB MIL 78000 is classified as a Severe Service Multistage Control Valve. It is specifically engineered to handle high pressure drops in liquid and gas services without the damage commonly caused by cavitation, erosion, or high noise levels

• Resolution
• In the context of the KSB MIL 78000 control valve, resolution refers to the minimum change in stem position that can be reliably achieved by the control system. While KSB does not publish a single resolution percentage for the valve body itself, it is determined by the precision of the multistage trim and the actuator/positioner assembly.

• Response Time
• 1 Minutes

• Specimen Size
• NPS 1/2 up to NPS 6. Inch (in)

• Temperature
• -29 C and 260 C. Celsius (oC)

• Test Range
• 1:100

• Test Speed
• 1

• Test Stroke
• The MIL 78000 series is designed with a multistage trim that features specific travel characteristics to ensure precise control even at low lifts.

• Test Width
• 150 Millimeter (mm)

• Usage
• Power Plant Usage In the energy sector, the MIL 78000 series is standard for several high-pressure steam and water control tasks:Boiler Feed Pump Protection: Used for minimum recirculation and spray control to protect pumps during low-load conditions. Drum Level Control: Employed for start-up (low load) drum level control in boilers, where valves face high pressure drops and cavitating conditions. Attemperator Control: Acts as a reheater or superheater spray block valve to manage high-temperature water injection. Deaerator Pegging: Manages the steam supplied to deaerators to maintain positive pressure and remove non-condensable gases

• Voltage
• 24 Volt (v)

• Weight
• 15 to 40 Grams (g)

• Equipment Type
• -

• Accuracy
• - PSI

• Application
• Phoenix Contact power supply units (PSUs) are utilized across diverse sectors, ranging from heavy industrial manufacturing to residential building automation. Their applications are typically determined by the specific performance requirements of the environment, such as the need for high system availability, compact size, or energy efficiency

• Automation Grade
• Phoenix Contact power supply units (PSUs) are primarily classified as industrial grade, though specific series are tailored for different "automation grades," such as high-end industrial automation, building automation, and cost-optimized commercial applications

• Capacity
• - Pcs/hr

• Classification
• Functional Classification The main product families are distinguished by their performance capabilities and system availability features: QUINT POWER (Maximum Functionality): Designed for high-end industrial automation and critical systems. It features SFB (Selective Fuse Breaking) Technology, preventive function monitoring, and powerful reserves like static and dynamic boost. TRIO POWER (Standard Functionality): A robust "plug-and-play" solution optimized for machine building and systems manufacturing. It offers standard functions with high reliability and optional integrated multi-channel circuit breakers. UNO POWER (Basic Functionality): Focused on high power density and energy efficiency in a compact size. It is ideal for centralized and distributed installations requiring basic power supply without advanced diagnostic features. STEP POWER (Building Automation): Tailored specifically for installation distributors and flat control panels. It is often used in building automation and residential applications due to its specialized form factor. ESSENTIAL (Economical): A basic, cost-effective series designed for standard commercial and light industrial requirements.

• Color
• Grey

• Control Mode
• "Control mode" for Phoenix Contact power supply units (PSUs) typically refers to the output characteristic curves that define how the unit behaves under different load conditions, as well as the remote control interfaces used for configuration and monitoring.

• Dimension (L*W*H)
• 130 MM Millimeter (mm)

• Display Type
• Phoenix Contact power supply units (PSUs) primarily use LED indicators for basic status signaling, with high-performance models featuring a dedicated LED bar graph for real-time load monitoring. While standard PSUs do not typically feature a full digital character display, advanced process indicators and modular systems can integrate more complex visual monitoring tools

• Features
• SFB (Selective Fuse Breaking): QUINT units deliver a high-current burst (6x nominal) for 15ms to trip standard circuit breakers and isolate faults without a system shutdown. Static & Dynamic Boost: Units automatically manage power reserves, providing Static Boost (up to 125% sustained) for expansion and Dynamic Boost (up to 200% for 5 seconds) to start heavy loads. Characteristic Curves: Users can select between different curves, such as U/I Advanced, Smart HICCUP, or FUSE MODE, to define how the power supply behaves during a short circuit or overload.

• Frequency
• - Hertz (HZ)

• Gas Pressure
• - PSI

• Hardness
• In the context of Phoenix Contact power supply units (PSUs), "hardness" primarily refers to the mechanical durability and impact resistance of the housing materials. While technical datasheets for power supplies do not typically list a Rockwell or Vickers hardness number for the metal itself, they specify standardized impact and environmental ratings.

• Humidity
• -

• Interface Type
• Phoenix Contact power supply units (PSUs) utilize a variety of interface types for signaling, configuration, and network integration. These range from standard relay contacts and LED indicators for basic status to advanced NFC, IO-Link, and fieldbus interfaces for comprehensive system transparency

• Machine Weight
• 0.2 To 3.5 Gram (g)

• Material
• Phoenix Contact power supply units (PSUs) utilize different housing materials depending on their power class and intended environment. Most industrial units use high-grade metals for thermal management and durability, while compact or building-automation units use high-performance plastics.

• Max Height
• 130 MM

• Measuring Range
• - Rankine

• Mounting Type
• Phoenix Contact power supply units (PSUs) are primarily designed for DIN rail mounting, but they also offer versatile options for panel/wall mounting, 19-inch rack integration, and direct field installation with IP67 protection.

• Number of Specimens
• In the context of Phoenix Contact Power Supply Units (PSUs), the "number of specimens" typically refers to ordering quantities, parallel/series configuration limits, or test batch sizes for industrial certification.

• Operate Method
• Operational Modes Phoenix Contact PSUs are designed to function in various system-level configurations to meet specific reliability or power needs: Parallel Operation: Multiple units of the same type can be connected in parallel to increase power (up to 5 units typically) or to create a redundant system. Series Operation: Up to 2 units can be connected in series to achieve higher output voltages, such as 48V DC from two 24V units. Redundancy Mode: Two power supplies are connected in parallel and decoupled via redundancy modules (like QUINT S-ORING) to ensure continuous supply if one unit fails. Sleep Mode: Specific models like the Phoenix Contact QUINT4 feature a "Sleep" function that allows the output stage to be shut down remotely via a dedicated input to save energy. docs.rs-online.com

• Operating Voltage
• 24 Volt (V)

• Port Size
• Low to Medium Power (e.g., 5A - 10A): Typically accepts wire sizes from 0.2 mm to 2.5 mm (approx. 24 AWG to 12 AWG).

• Power
• 24 Volt (v)

• Power Supply
• 24 VDC

• Product Type
• -

• Resolution
• -

• Response Time
• 1 Minutes

• Specimen Size
• 90 Millimeter (mm)

• Temperature
• -25 DEG.C To 70 DEG.C Celsius (oC)

• Test Range
• 18 V DC to 29.5 V DC

• Test Speed
• 1

• Test Stroke
• In the context of Phoenix Contact power supply units (PSUs) and industrial control, a "test stroke" (or stroke test) typically refers to a diagnostic procedure for a mechanical or electromechanical component such as a control valve or circuit breaker that is powered or controlled by the PSU, rather than a function of the power supply itself.

• Test Width
• 120 Millimeter (mm)

• Usage
• Phoenix Contact power supply units (PSUs) are primarily used to provide regulated DC power (typically 24 V DC) to industrial automation systems, controllers, and field devices. They are designed for high system availability through advanced features like selective fuse breaking, diagnostic monitoring, and configurable power boosts

• Voltage
• 24 Volt (v)

• Weight
• 90 GSM (gm/2)