Lsg-3000 moving detector goniophotometer completely meets lm-79 clause 9.3.1 requirement. The lsg-3000 is an automatic light distribution intensity 3d curve testing system for measuring light. The measuring distance is from 5m to 30m. It can measure all types of lighting sources, led or hid luminaires such as indoor and outdoor luminaires, roadway luminaires, street lamps, flood lights and other kinds of luminaires. Measurement: Luminous intensity data, luminous intensity distribution, zonal luminous flux, luminaries efficiency, luminance distribution, coefficient of utilization, luminance limitation curves glare, maximum ratio of distance to height, equal illuminance diagrams, curves of luminaires vs lighting area, lsocandela diagrams, efficient luminescence angle etc. Features: many national patents pending on hardware and software. cie class a & constant temperature photo detector (class l detector can be optional). high degree of intelligent and test function is complete. the rotation motor is from japan mitsubishi motors and it uses germanic angle decode system, it will help smoothly and high accuracy rotation. It is very stable when start and stop. the working principles are according to iesna and cie. This instrument is specially recommended by lm-75, lm-79 and cie121-1996. with some optional instruments, it has good expanding functions the position and working state remain the same as it is under working. special collimation device with laser cross line, conveniently and accurately fix the position of the tested luminaries. Wooden case
Emi-9ka is an automatic emi receiver. It is a main test system for emi (electro magnetic interference) testing. The emi-9ka is produced by the full closure structure and strong electro-conductibility material, which has high shielding effect. Due to the new technology for the emi test system, it solved the instrument self-emi problem. The test results are according to the international format test report. The emi test system emi-9ka fully meets cisprl6-1, gb17743, fcc, en55015 and en55022. Specification: • detection frequency range: 9khz~30mhz ( emi-9ka) or 9khz~300mhz ( emi-9kb) • frequency stability: 1x 10-6 • frequency resolution: (9khz~150khz) 30hz; (150khz~30mhz) 1khz • test tolerance: ±2 db • measure and detection method: pk, qp and av range from 20dbµv to 140dbµv • test time: setting by customers • frequency scanning step length: 20hz~2mhz • sweep bandwidth: 200hz; 9khz; 120khz
Introduction: Esd simulator (electrostatic discharge generator or electrostatic gun) is in full compliance with iec 61000-4-2, en61000-4-2, iso10605, gb/t17626.2, gb/t17215.301 and gb/t17215.322. The esd generator is designed for the assessment of electrical and electronic equipment to withstand esd performance. Esd61000-2/esd61000-2a has lcd display in both english and chinese, they equipped with an infrared remote control which can allow you do the test in some special place. Specifications: Product model Esd61000-2 Esd61000-2a Output voltage 0.1~20kv±5% 0.1~30kv±5% Polarity Positive/negative Positive/negative Energy storage capacitance 150pf±10% (replaceable) 150pf±10% (replaceable) Discharge resistor 330o±5% (replaceable) 330o±5% (replaceable) Current rise time 0.6~1ns 0.6~1ns Testing functions Single, count, 20pps, air, contact, iec level Single, count, 20pps, air, contact, iec level Trigger mode Manual/auto Manual/auto Numbers of discharge 1~9999 1~9999 Repetition 0.05s~99.99s 0.05s~99.99s Working power Ac220v(option 110v)±10%, 50/60hz Ac220v(option 110v)±10%, 50/60hz Touch screen with super big lcd and built-in windows ce Calibrate report: Output voltage (kv) First peak current (a) Current at 30ns (a) Current at 60ns (a) Rise time (ns) 2 7.29 4.10 2.20 0.93 4 15.40 7.90 4.30 0.97 6 23.20 12.10 6.50 0.97 8 29.40 16.20 9.30 0.89 -2 7.39 3.50 2.30 0.92 -4 15.50 7.70 4.30 0.89 -6 23.40 11.90 6.30 0.90 -8 31.80 16.10 8.20 0.90 Note: metal holder needs extra cost.
1. Introduction to 10 Ton Water Cooled Chiller Water-cooled chillers are essential equipment in various industrial sectors, providing efficient and reliable cooling solutions for large-scale applications. A 10-ton water-cooled chiller refers to a cooling system capable of removing 10 tons of heat per hour from a process or space. This technology is vital in industries requiring precise temperature control, such as food processing, pharmaceuticals, plastics, and HVAC systems. In this article, we will explore the critical features of a 10-ton water-cooled chiller, including its components, applications, advantages, and installation requirements. We will also address the factors to consider when selecting a chiller and discuss maintenance tips to ensure optimal performance and longevity. 2. Understanding the Basics of a 10 Ton Water Cooled Chiller 2.1 Definition and Capacity of a 10-Ton Chiller A chiller's "tonnage" refers to its cooling capacity, with one ton equal to the ability to remove 12,000 BTUs (British Thermal Units) of heat per hour. Therefore, a 10-ton water-cooled chiller can remove 120,000 BTUs of heat per hour. This capacity makes it suitable for medium to large-scale cooling needs in various industrial settings. 2.2 How Water-Cooled Chillers Work Water-cooled chillers function by utilizing water to absorb heat from a process or environment. The chiller's refrigerant system circulates through a compressor, evaporator, condenser, and expansion valve. The evaporator cools the water, which is then circulated through the system to absorb heat. The heated water is sent to the cooling tower, where the heat is dissipated into the atmosphere, and the cycle repeats.
Kendall is a supplier of air-cooled two-stage piston condensing units. These units are designed to provide reliable and efficient cooling for a variety of applications, including commercial refrigeration, HVAC systems, and industrial processes. Air-cooled two-stage piston condensing units are highly efficient and reliable refrigeration systems used in a variety of applications. The cost of these units can vary depending on several factors, but they offer significant advantages over other types of refrigeration systems. FAQs 1. What is an air-cooled two-stage piston condensing unit? An air-cooled two-stage piston condensing unit is a refrigeration system that uses two compression stages for improved efficiency and cooling capacity. It features air-cooled condensers and piston compressors, ideal for low-temperature applications like freezing and industrial refrigeration. 2. What are the advantages of using an air-cooled two-stage piston condensing unit? Advantages of using an air-cooled two-stage piston condensing unit include higher energy efficiency, enhanced cooling capacity, and reliable performance in low-temperature applications. These units offer better temperature control, and reduced energy consumption, and are suitable for industrial and commercial refrigeration needs. They are highly efficient and reliable, with lower operating costs and longer service life. They also require less maintenance and are easier to install than water-cooled systems. 3. What applications are air-cooled two-stage piston condensing units used for? Air-cooled two-stage piston condensing units are used in applications such as industrial refrigeration, cold storage, food processing, and low-temperature freezing. They are ideal for environments requiring precise temperature control and efficient cooling, such as supermarkets, warehouses, and pharmaceutical storage facilities. 4. How much do air-cooled two-stage piston condensing units cost? The cost of an air-cooled two-stage piston condensing unit can vary depending on several factors, such as the size of the unit, the brand, and the features. Generally, these units range in price from a few thousand dollars to tens of thousands of dollars.
At Kendall, we pride ourselves on delivering top-tier cold storage solutions designed to meet the diverse needs of our clients. Our extensive range of equipment ensures optimal performance, reliability, and efficiency in various applications. Among our standout offerings are the Water-cooled Screw Condensing Units, engineered to provide exceptional cooling capabilities for a wide range of temperature requirements. These units are perfect for businesses seeking robust and reliable cooling solutions tailored to their specific needs. Specifications Semi-Hermetic Low-Temperature Storage Screw Condensing Unit (-20~-15): Designed for low-temperature storage applications, this unit ensures stable and efficient cooling in demanding conditions. It is ideal for cold storage facilities that require precise temperature control, such as food processing plants, pharmaceutical storage, and chemical processing industries. Semi-Hermetic Water Cooled Screw Compressor Unit (-5~5): The unit is perfect for medium-temperature applications, providing consistent cooling performance. Suitable for a variety of uses, including refrigerated warehouses, beverage storage, and dairy processing, it ensures products are kept at optimal conditions to maintain their quality and safety. Semi-Hermetic Water Cooled Screw Compressor Rack (-5~5): Featuring multiple compressors in a single rack, this system offers enhanced reliability and flexibility. It's ideal for large-scale operations where redundancy and scalability are critical, such as in logistics centers and large food distribution hubs. Semi-Hermetic Water Cooled Screw Compressor Unit Top Quality (-20~-15): The premium unit is engineered for superior performance and durability in extremely low-temperature environments. It is perfect for applications requiring rigorous temperature control, such as deep freeze storage facilities and specialized industrial processes. Why Choose Kendall's Water-cooled Screw Condensing Units? Engineering: Our units are designed with cutting-edge technology to ensure optimal performance and energy efficiency. The semi-hermetic design reduces the risk of refrigerant leakage, enhancing operational reliability. Quality Assurance: Each unit undergoes rigorous testing to ensure it meets our stringent quality criteria. Comprehensive Support: From initial consultation to installation and ongoing maintenance, Kendall offers comprehensive support to ensure your cold storage solutions perform flawlessly. Our team of experts is always on hand to provide guidance and technical assistance.
The cooling tower fan is located at the top of the cooling tower, which is directly connected with the motor or indirectly connected with the gearbox and pulley. The fan draws the hot air in the cooling tower after heat exchange from the top and guides the low-temperature air to enter from the air inlet of the bottom cooling tower. As a professional cooling tower manufacturer, we also provide plastic or FRP (fiberglass) cooling tower fans or fan blades at good prices. You can surely pick out what you need from the different types of industrial cooling tower fans below.
Closed Circuit Cooling Tower Closed circuit cooling tower (also known as an evaporative air cooler or closed cooling tower) is the tubular heat exchanger placed in the tower, through the circulation of air, spray water and circulating water heat exchange to ensure the cooling effect. AUVC not only provides different shapes of cooling towers used in industries, such as round shape cooling towers and square cooling towers, but also offers closed cooling towers and open circuit cooling towers as well. The type of closed circuit cooling tower is widely used in iron and steel metallurgy, power electronics, machining, air conditioning system and other industries. How do closed circuit cooling towers work? Closed-circuit cooling towers make it possible to separate the evaporative circuit from the process circuit (customer circuit). A stainless-steel plate heat exchanger attached to the cooling tower, in its dedicated room, allows a glycol-free operation, and a simplified and unequalled ease of maintenance. The closed circuit cooling tower works as follows On the process side to be cooled (customer loop), the water to be cooled enters a plate heat exchanger connected to the tower and is cooled and discharged. The primary loop is closed and never comes into contact with air. On the secondary side of the cooling tower, the water is sucked out of the pool by a pump and circulated through a stainless steel plate heat exchanger. The water leaving the exchanger is piped to the top of the unit. This water is graded and evenly dispersed over the exchange surfaces by dispersers (also known as water distribution nozzles). Air driven by fans (axial or centrifugal) enters from the lower part of the cooling tower, is heated and saturated with water and exits from the upper part, passing between the exchange surfaces. Under the effect of the surface tension of the filler ladder, the water spreads uniformly and flows away over the entire height of the tower. The exchange surface is thus increased. The water cooled by forced ventilation falls freely into an inclined pool located at the bottom of the unit. Types of Closed Type Cooling Tower
Cooling Tower Motors Cooling tower motor is a new type of energy-saving and environmental protection improved motor, with protection grade of IP55, insulation grade of B, and power supply voltage of 380V and 50Hz. Generally, a closed waterproof motor is used in the cooling tower, which can operate for a long time in outdoor humid and high temperature environments. The cooling tower motor material is cast iron and aluminum shell. Derived from one of the most rugged motor platforms used in the most demanding industrial applications, direct drive motors are the right solution for operation in hot and humid environments in towers. Direct drives are ideally suited for cooling towers, air-cooled condensers and air-cooled heat exchangers.
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Kendall is a well-known professional air-cooled piston condensing unit supplier and manufacturer. They specialize in designing and producing high-quality, energy-efficient air-cooled piston condensing units for various industrial applications. Air-cooled piston condensing units are an essential part of any refrigeration system. They are responsible for removing the heat generated by the system and transferring it to the surrounding environment. This ensures that the refrigeration cycle operates at an optimal level and maintains the desired temperature within the refrigerated space. Here are some frequently asked questions about air-cooled piston condensing units: 1. What is an air-cooled piston condensing unit? An air-cooled piston condensing unit is a refrigeration system component that utilizes a compressor to compress the refrigerant gas and discharge it to the condenser. The condenser then removes the heat from the compressed refrigerant gas and transfers it to the surrounding environment using an air-cooled heat exchanger. 2. What are the benefits of using an air-cooled piston condensing unit? Air-cooled piston condensing units offer several benefits, including energy efficiency, easy installation, low maintenance requirements, and cost-effectiveness. They are also suitable for outdoor installations and do not require water for cooling. 3. What factors should be considered when selecting an air-cooled piston condensing unit? When selecting an air-cooled piston condensing unit, several factors need to be considered, such as the cooling capacity required, the ambient temperature, the refrigerant type, and the overall system design. 4. How does an air-cooled piston condensing unit work? An air-cooled piston condensing unit works by compressing the refrigerant gas using a piston compressor. The compressed gas is then discharged to the condenser, where it is cooled by the air-cooled heat exchanger. The cooled refrigerant liquid then flows through the expansion valve and evaporator, absorbing heat from the refrigerated space, and completing the refrigeration cycle.
Refrigerated Compressed Air Dryer A refrigerated compressed air dryer is a device used to remove moisture from compressed air by lowering its temperature. It is a widely used type of air dryer in various industrial applications where the presence of moisture can lead to equipment damage, corrosion, and decreased efficiency. How does a refrigerated air dryer work? Refrigerant dryers are the most commonly used dryers in the industry and consist of an air-to-air heat exchanger and an air-to-refrigerant heat exchanger. The heat exchangers remove moisture from your compressed air by condensation of water within.This is essential to protect compressed air systems and every piece of equipment fed by compressed air from the harmful effects of moisture. The most important criterion is to keep the relative humidity of compressed air below 50%. Both air-cooled and water-cooled refrigerant dryers are available. Basically, the dryers cool down the warm wet air coming from the compressor, When the temperature of compressed air reduces, moisture condenses and is drained from the compressed air with the help of a high-efficiency water separator. After that, compressed air is reheated to around room temperature so that condensation does not form on the outside of the pipe system. This heat exchange between ingoing and outgoing compressed air also reduces the temperature of the incoming compressed air, and as such reduces the required cooling capacity of the refrigerant circuit.
In a world where precision, performance, and sustainability drive industrial progress, we proudly stand as your premier provider of advanced Water Cooling Systems, more commonly referred to as chillers. With a steadfast commitment to engineering excellence and a vision for a greener tomorrow, we introduce a transformative solution that redefines the landscape of cooling technology.
FB08 Neck air cooling fan wearable our hot sale product, with high tech, air cooling pad aviation aluminum grade icy cold compress voltage: DC5V/2A, max power: 9W 4000mAh battery long lasting battery life, working: 1.5-10 hours weight: 0.32 kg, size: 187*118.5*52.5 mm 360�° wrapped around strong wind, 3 gears powerful wind, 1 gear of cold compress elastic silicone, easy to wear, can be use anywhere 3 colors: white/ royal blue/ light green, 1 year warranty, Wholesale only, exw price, exclude any additional charge, price depends on the quantity CE/FCC/RoHs Certificate, Patents MOQ: 500pcs, OEM(private logo): 1000pcs, free of charge
A 500-ton cooling tower is a type of cooling tower that is designed to remove up to 500 tons of heat per hour from water used in industrial processes or HVAC systems. A 500-ton cooling tower would typically be appropriate for large industrial applications, such as power plants, chemical manufacturing facilities, or large commercial buildings. The capacity of a cooling tower is determined by several factors, including the design of the tower, the temperature of the water to be cooled, and the humidity of the surrounding air. Cooling towers are essential components of many industrial processes and HVAC systems, as they help to maintain the desired temperature of water used in cooling applications. Proper maintenance and operation of cooling towers are important to ensure optimal efficiency and prevent the growth of harmful bacteria like Legionella. Cooling tower Features Large capacity: A 500-ton cooling tower is designed to handle a high volume of water flow and remove a significant amount of heat from the water. High efficiency: Many cooling towers are designed to be highly efficient, using advanced technology and innovative design features to optimize cooling performance and minimize energy consumption. Durable construction: Cooling towers are often constructed of materials such as fiberglass, stainless steel, or galvanized steel to ensure durability and resistance to corrosion and environmental factors. Fan and motor assembly: The fan and motor assembly is a critical component of the cooling tower, as it provides the necessary air flow to remove heat from the water. The motor and fan assembly is typically designed to be highly reliable and energy-efficient. Water distribution system: The water distribution system in a cooling tower is responsible for evenly distributing the water over the fill material to ensure maximum contact with the air flow. Fill material: The fill material is an important component of the cooling tower, as it provides a large surface area for water to be exposed to the air flow, facilitating heat transfer and evaporation. Drift eliminators: Drift eliminators are designed to capture and remove water droplets that are carried out of the cooling tower by the air flow, preventing water loss and reducing the risk of environmental impact. 500 Ton Cooling Tower Application A 500-ton cooling tower is typically used in industrial or commercial applications where large amounts of heat need to be removed from water. Some common applications of a 500-ton cooling tower include: Power plants: A 500-ton cooling tower can be used to remove heat from the water used to cool steam in power plants. This helps to maintain the efficiency of the plant by ensuring that the steam is cooled sufficiently before it is reused.
Solenoid valve FESTO MFH-3-1/4-EX Pneumatic gearshift cylinder, automatic transmission with fittings R431003808 10W31 Washer 29503221 Piston assembly 6" 245TBB045A pump PZ-7 Explosion-proof air conditioner BCKT-50R https://www.amlppmfg.com/exhaust-manifold-perkin1821977c2.html Adjusting screw (right) M 27 01.06-07M 186-8228 air conditioner air filter M/D TOTCO 232389 PROXIMITY SNSR ASSY (UL) Gear for hydraulic key TQ340/35YA TQ340-19 Gasket 2815780713067 DOUBLE LIP SEAL RING 5"X6.25"X0.625" : GH3161-04.07 40221865-10-IN0-00S heat eXchanger 29555183 GASKET 127.08.40C.06A ROCKWELL 440FA0076S CORNER CONNECTOR HUMMEL circular plug connector 7471581020 ct. No 3301011810 Air spring cushions KG4813 FUSE ; SIEMENS;3ND1 820NH000F35;50A/500VAC/120KA_FUSE Rotor 5063763 Bolt PERKIN1817830C1 O-RING 51300-273-B Intermediate relay 3304010910 LED Flood Light BVP161 LED43/CW 50W 220-240V 911401805798 harting connector 19300061540 Valve guide 1317930 X whirlpool assembly AN33009-05.02.00 SUSPENDED HEAD ASSY 650 412812 O-ring 568-020 FLO 90DR 32814 Piston P0700067AA of hydraulic breaker cylinder Z07150000017AA for XJ-750S 245-3818 engine air filter Hard seal P100245HP SPM QWS-2500SD pump TWS-2000 Pneumatic Actuator BETTISG1010 1110230 VALVE,COUNTERBALANCE,PILOT-OPERATED QC010026-Rotary arm Valve cover AH1001010509 BOMCO pump 02793940 OIL FILTER IN METAL BODY WITH SI DIAPHRAGM 1.775"650 413382 "AF216X Digital Zoom DSP Camera Sony FCB-CX490EP Color Camera Module Inside (Model FCB-CX490EP Make: SONY, Japan" 3421 Hyd hose 100R2-AT 6 X 16" FJIC X FJIC GH3101-05.18.00Piston nut Small gear Z=23 E721-09000061 Gasket HeliX H10399-46-L for MISSION MAGNUM pump Two-position three-way rotary valve 23ZS-21,9161000000 PLDP-A GEG V-Belt of Cooling Fan KOBEIKRPF 5670 17 X 1675 LI Roller Z9.HL86R STATOR LOCATION PIN 200 E046687 GQOO1001CDRTL-1 Main control board Liner XJFH5/35S-2004 Gasket block RGF1000-02.20.00 Bushing 2 7/8â?? 73 mm Oi lCountry Valve included REXROTH P-065263-00000 Chain for Pan Convoyer SZ150B.1 56017254 fuel filter Static Friction Disc WCB224 for drawworks drum JC21D brake band B17.66.1 139-1537 hydraulic tank filter Weatherproof Strobe Light BLS Deep die set FZ897.21.01.00 https://www.amlppmfg.com/eaton-pcb-assembly-24vdc-60fpm-px99900099.html Fuse Core 4A P/N:02220020003 Solenoid valve Valve 12J71Z2B3-SF19349 Key ZQ203-039 Generator (right) YJ23F3-000-000W Cylinder liner �¦110 RS11311.05.11.00 F500 Cardan shaft (automatic transmission Allison - summing gearbox) BHJ203F422V Cylinder cover NB800G.05.03 Seal 510-163TB135 SHIM 0.5 AG3750010906 PS040111 Elastic guide sleeve Secondary air intake valve 4M50 96.42-00 Gasket CUMMINS208120 Air Control Valve 810612-00-0010 for Air system of Carrier X D-60ZJ-20 Sensor assy handler lock AY 10484-1 Bolt 117989
Heat pump for 5 kW, 6 kW, 9 kW, 12 kW, 14 kW, 17 kW and 18 kW, 24 kW
Liner Block, Water Cooled Block Suitable Part for Oil Engine/ Agricultural Engine/ Generator Engine.
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1.Copeland Box Type Air-Cooled Compressor Unit runs excellently with several step inspections which prove extremely restorative in conserving energy. Product Description Copeland Box Type Air-Cooled Compressor Unit runs excellently with several step inspections which prove extremely restorative in conserving energy. It is presented with a failure caution and inquiry function allowing users to have control over its performance. In addition to the aforementioned facts, it owns an advantage over various other compressors as it begets adjustable fan motion with inhaling overheat of 10 â?°C. Besides, it ensures extensive cooling potential with storage temperature bouncing between -20~10 â?°C. We invariably assemble and examine all Copeland Box Type Air-Cooled Compressor Unit components discreetly to sustain OEM-QUALITY insignia.
