Air conditioning recharge kit.

• refrigerant scale
• VP115 vacuum pump
• pressure gauges
• oil dispenser
• nitrogen regulator

KLIM3829, KLIM3527, CT3622, KLIM3217, KLIM8

The mobile air conditioning charging kit is a mobile air conditioning service unit. It performs the following service cycle: evacuation, refrigerant charging, oil and dye charging, vacuum leak test, system operation check, and refrigerant quality check. Capable of working with various refrigerants. The Mobile Air Conditioning Recharge Kit 1 enables servicing of air conditioning systems in cars, lorries, buses, construction machinery, agricultural machinery and rail vehicles. The kit includes a detailed step-by-step user manual.

Advantages of the mobile air conditioning recharge kit:

• mobility – easy transport of individual components of the mobile kit to hard-to-reach repair sites, wherever you need to reach the customer
• The mobile air conditioning recharge kit 1 allows you to work in locations where it is impossible to access an air conditioning station, e.g. construction sites, mines, rail vehicles, and stationary equipment in buildings
• the kit can be expanded or modified, and individual components can be swapped – something that cannot be done at a fixed air conditioning station
• Mobile air conditioning refill station 1 is used in refrigeration and vehicle air conditioning

AIR CONDITIONING MANOMETERS

Refrigerant scale: R22, R134, R12

3 coloured hoses

High pressure: 0–500 psi

Low pressure: 0 - 220 psi

Vacuum: 0 ~ 30 in/Hg

Kit contents:

• Dual-gauge block with sight glass
• Two pressure gauges with scales for refrigerants: R22, R134, R12
• Three different-coloured hoses
• Wrench for unscrewing valves
• Ball valves
• Valve for R134 air conditioning cylinders

Application of refrigeration pressure gauges for R134a, R12 and R22 air conditioning systems:

Refrigeration pressure gauges are used for professional diagnostics in refrigeration and automotive air conditioning. Pressure gauges can be used as a nitrogen tester for air conditioning or refrigeration systems.

VACUUM PUMP

A vacuum pump is used to create a vacuum in a closed system.

The expected vacuum level in the system varies depending on the industry, equipment, application and requirements. Vacuum pumps are most commonly used in refrigeration technology, including automotive air conditioning, industrial processes and vacuum packaging.

ADVANTAGES OF THE VP115 SINGLE-STAGE VACUUM PUMP:

• the inlet duct has been specially designed to prevent oil backflow, ensuring that moving oil does not enter the tanks and systems being evacuated whilst the unit is in operation
• A separate tank and separation devices at the pump outlet prevent oil blow-out and splashing
• an aluminium alloy housing has been used, characterised by very good thermal conductivity, which ensures excellent cooling for long-term operation of the unit
• High starting torque facilitates start-up and increases efficiency; the pump can operate reliably at low temperatures
• low noise levels and the absence of vibration are ensured by a flexible coupling between the motor and the vane module
• A versatile, compact design allowing for wide application across many industries, both in mobile operations and in stationary equipment
• a sight glass located in a visible position, allowing for convenient monitoring of oil level and condition
• Efficiency and reliability

APPLICATION:

• vacuum generation for system filling – drawing in a medium such as refrigerant, water or wastewater
• removal of moisture from the system (drying), e.g. refrigeration systems
• immobilising or holding an object in place, e.g. during printing
• reducing the volume of materials
• removing air from packaged products to prevent spoilage
• holding and moving components in manufacturing processes and industry
• gas analysis
• thermoforming
• medicine, prosthetics

TECHNICAL DATA:

• stage: single-stage
• flow rate: 51 l/min (1.8 cfm)
• partial pressure: 5 Pa / 0.05 mBar
• final pressure: 150 microns
• power supply: 220/240 V - 50/60 Hz
• rotational speed: 1440 rpm
• power: 186 W (1/4 HP)
• output: 1/4" SAE
• oil capacity: 320 ml
• continuous operating time: 1000 h
• dimensions: 260 x 95 x 205 mm
• weight: 5.3 kg

REFRIGERANT SCALE

An electronic scale used to measure the quantity of any refrigerant in vehicle air conditioning systems, stationary air conditioning units and refrigeration systems. Used both for weighing refrigerant when filling the system and for recovering refrigerant.

ADVANTAGES:

• easy to use (intuitive operation)
• compact design
• precise measurement
• tare (zeroing)
• LCD display backlight
• versatile design allowing for wide application across many industries
• design enabling mobile operation
• design suitable for use in stationary devices without the case
• reliability

APPLICATIONS:

• refrigeration technology and automotive air conditioning
• industry
• retail

TECHNICAL DATA:

• Provides highly accurate measurement of refrigerant quantity
• Weighing range: 0–50 kg
• Scale accuracy: 1–2 g
• Accuracy: 0.15%
• Display: 7x3 cm LCD
• Operating range: -10 to 50°C
• Platform dimensions: 23x23 cm
• Weight: 4.5 kg
• Anti-collision: yes
• Programmer: no
• Complies with F-gas certification requirements

The oil dispenser is used to apply oil, dye, sealant or conditioner to refrigeration or vehicle air-conditioning systems. The dispenser allows the product to be introduced without the need to evacuate the refrigerant from the system. The product can be introduced via the low-pressure port whilst the system is running. Compatible with systems using all types of refrigerants.

ADVANTAGES:

• made from a durable metal housing
• can be filled via the low-pressure port without the need to evacuate the system

KIT INCLUDES:

• 60ml container with ball valve
• 12 cm 1/4 SEA hose
• low-pressure quick-connect coupling

Due to its pressure range, this regulator is most commonly used for assembling a nitrogen kit, which we use to locate leaks in the air conditioning system.

• Gas type: NITROGEN
• Rated inlet pressure: 200 bar
• Rated flow rate: 40 m³/h
• Outlet nut thread (hose connector): G 1/4
• Hose connector: 6.3 mm
• Outlet pressure: 2–30 bar