L1 Iran

Farab bellows seal globe valve model GBL16

The Farab bellows seal globe valve model GBL16 is designed for controlling the flow of steam, thermal oil, and hot liquids in industrial systems. The valve body is made of ductile iron GGG40 with a nominal pressure rating of PN16, and it features a stainless steel bellows sealing system that prevents external leakage. The disc and seat are precision-machined stainless steel to ensure tight sealing under high temperatures. The stem is also stainless steel, equipped with a secondary graphite packing for additional sealing reliability. Flanged ends comply with EN 1092-2, and dimensions follow DIN 3202 standards. The operating range covers 0–300°C and up to 16 bar pressure.

The Farab GBL16 globe valve utilizes a bellows seal mechanism that eliminates stem leakage under fluctuating pressure and temperature conditions. This design extends service life and minimizes maintenance requirements. The globe-type flow path with vertical disc movement provides precise throttling with minimal pressure loss. A bolted bonnet allows easy internal inspection and maintenance. Each valve undergoes hydrostatic and leakage testing in accordance with API 598 standards to ensure safe operation, long-term durability, and reliable sealing performance in demanding industrial environments.

Farab lever-operated lug butterfly valve model BVL16

The Farab lever-operated lug butterfly valve model BVL16 is designed for flow control and isolation in water, steam, and non-corrosive fluid pipelines. The body is made of ductile iron GGG40 with a nominal pressure rating of PN16, and the disc is manufactured from stainless steel or aluminum bronze alloy for high corrosion and wear resistance. The seat is made of EPDM or NBR for tight sealing, and the stainless steel shaft is supported by bronze bushings. The lug-style design allows direct installation between existing flanges, and the manual lever includes a locking mechanism. Operating temperature ranges from -10°C to 120°C, and the valve is rated for up to 16 bar pressure.

The Farab BVL16 butterfly valve features a lever mechanism with angle lock, allowing precise control of the disc opening and closing. The lug body design provides mechanical strength and facilitates installation in industrial pipelines. Smooth, precision-machined disc and seat surfaces minimize pressure drop and optimize flow. The replaceable seat ensures reliable sealing throughout the valve’s operational life. Each valve is hydrostatically and leakage tested according to API 598 standards to guarantee safety, long-term durability, and accurate performance in industrial flow systems.

Farab lever-operated lug butterfly valve model BVL150

The Farab lever-operated lug butterfly valve model BVL150 is designed for flow control and shutoff in water, steam, and industrial fluid pipelines. The body is made of ductile iron GGG40 with a Class 150 pressure rating, and the disc is stainless steel or aluminum bronze for high corrosion and wear resistance. The seat is EPDM or NBR, and the steel shaft is supported by bronze bushings. The lug-style design allows installation between existing flanges, and the manual lever includes an angle lock for precise disc positioning. Operating temperature ranges from -10°C to 120°C, with pressure rating according to Class 150.

The Farab BVL150 butterfly valve features a lever mechanism with angle lock for precise control of disc opening and closing. The lug body provides high mechanical strength and facilitates installation in industrial pipelines. Precision-machined disc and seat surfaces minimize pressure drop and ensure smooth flow. The replaceable seat guarantees reliable sealing throughout the valve’s operational life. Each valve is hydrostatically and leakage tested according to API 598 standards to ensure safety, long-term durability, and accurate performance in industrial flow systems.

Siemens Relay Model LFL1.635

The Siemens relay model LFL1.635 is a precise electromechanical relay designed for control and protection of industrial and commercial electrical circuits. It operates with a nominal voltage of 230 volts AC and can handle currents up to 10 amperes. Its response time is under 10 milliseconds, ensuring fast and safe operation of control systems. The durable housing and standardized design provide high resistance to temperature and electrical noise, guaranteeing long product life. The DIN-standard base allows easy installation in electrical panels and industrial control systems.

The LFL1.635 relay features 1 normally open NO and 1 normally closed NC contact, offering flexibility for various circuit applications. Its operating temperature range is from minus 20 to plus 60 degrees Celsius. Power consumption is under 3 watts, and the design meets international standards, ensuring high energy efficiency. The relay can operate with both digital and analog signals and is suitable for reliable use in automated and protective industrial systems. Its mechanical lifetime exceeds 100,000 operating cycles, ensuring stable performance and reducing maintenance costs.

VDXCL12M1-18-00200 switch box

The VDXCL12M1-18-00200 switch box is a high-precision electro-mechanical position indicator designed for monitoring the open and closed states of rotary valves. It features two SPDT microswitches rated at 5A, 250V AC. The housing is made of epoxy-coated die-cast aluminum, providing corrosion resistance and IP67 protection. Its operating temperature range is from -25°C to +85°C, and it includes a stainless-steel shaft with NBR sealing to prevent moisture and dust ingress. The position indicator is made of durable polycarbonate with 360° visibility for clear valve status indication.

The VDXCL12M1-18-00200 switch box includes an M20×1.5 cable entry and ISO 5211 mounting base for compatibility with pneumatic and electric actuators. The shaft rotation angle is 90°, and the switch repeatability accuracy is ±1°. Each microswitch has a mechanical lifespan exceeding one million cycles, with a response time below 10 milliseconds. Designed for industrial, process control, petrochemical, and automated production systems, this device complies with CE and ATEX standards for safe operation in environments containing flammable gases or dust.

HEPCO HL115 excavator exhaust

The HEPCO HL115 excavator exhaust is engineered for efficient gas discharge and noise reduction under heavy-duty working conditions. It is made from heat-resistant alloy steel with an Fe-Cr-Ni composition, capable of withstanding temperatures up to 700°C. The wall thickness ranges from 2 to 2.5 mm and is protected by a high-temperature silicone coating. The total length is approximately 880 mm, with an outlet diameter of 108 mm. Its multi-stage internal design with expansion plates reduces back pressure and improves engine exhaust flow efficiency.

The HEPCO HL115 exhaust features a dual-layer construction with 12 mm compressed fiberglass insulation that prevents heat transfer to the outer shell. The connection is reinforced with an 8 mm thick steel flange and sealed using a graphite gasket. It provides vibration resistance up to 160 Hz and corrosion durability tested for 1000 salt spray hours. The total exhaust weight is around 9.5 kg, designed for direct installation on the engine manifold. This structure ensures higher durability, reduced emissions, and consistent performance under harsh operating conditions.

Megadyne PU welded timing belt TL10

Megadyne PU welded timing belt TL10 is made of thermoplastic polyurethane reinforced with steel or Kevlar cords, ensuring high tensile strength and superior wear resistance. The belt features a 10 millimeter pitch tooth profile, designed for power transmission in medium-duty industrial machines and precision production lines. Its operating temperature range is -20 to +80 degrees Celsius, offering excellent resistance to oil, moisture, and abrasion. Standard widths range from 20 to 100 millimeters, and thermal welding allows the production of endless loop configurations.

Due to its precisely engineered tooth design, this belt provides uniform torque transmission at high speeds under medium to heavy load conditions. Its dimensional accuracy reduces vibration and extends the service life of engaged pulleys. The polyurethane compound with its low friction coefficient minimizes energy losses and improves overall system efficiency. Furthermore, customization in both belt length and width offers greater flexibility for specialized industrial applications.

Volvo L150E loader hydraulic pump repair

The Volvo L150E loader hydraulic pump is a critical and complex component for optimal machine performance. It is a variable displacement piston pump with a load-sensing system that adjusts flow and pressure according to demand. The pump delivers a flow rate of approximately 47.6 gallons per minute about 180 liters per minute, and its relief valve is set to 3626 psi around 250 bar.

During repair of the L150E hydraulic pump, the system pressure must first be fully released. The pump is then removed using appropriate tools, and its internal components are inspected. Worn parts such as pistons, valves, and O-rings are replaced if necessary, and after reassembly, the pump undergoes functional testing to ensure proper operation.

Replacement parts for the L150E hydraulic pump can be sourced from reputable suppliers like FridayParts. Compatible part numbers include VOE11709023 and VOE15068638, which also fit models L150F, L180E, L180F, and L220D. Using genuine parts ensures reliability, efficiency, and longevity of the hydraulic system.

Megadyne ATL10 PU timing belt

The Megadyne ATL10 PU timing belt is manufactured from high-strength polyurethane and can withstand tensile stress up to 120 N/mm of width. Its teeth are molded with ±0.05 mm precision and transmit torque up to 150 Nm. The belt surface is resistant to oil and temperatures up to 90°C, while flexibility is maintained between -20°C and 80°C.

Internally, the belt contains steel cords coated with polyamide to optimize longitudinal tension and prevent elongation under heavy loads. Belt thickness is 10 mm and width is 25 mm. High wear resistance of the teeth extends service life over 15,000 hours under standard industrial conditions. ATL10 design complies with ISO 5296 and DIN 7721 standards.