Xenon arc lamp aging test chamber GB-OXD-15P

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1.Profile

Xenon lamp aging test chamber simulates the full spectrum lamp with Xenon arc lamp to reappear the destructive wave. It serves for the environmental simulation and accelerated test for research and development, product development and quality control. Besides, the chamber also applies to the choice of new material, weathering test after composition of material and improvement for the current material. It simulate different environment, and show the material changes under the explosion of sunlight.

The chamber meets the standard: GB/T16585-1996 , GB14522-93 , GB/T16422.3-97, ASTM D2565 and so on.

The Chamber is to determine the color fastness, aging resistance of textiles, plastics, coatings, rubber products or other materials by objecting to the simulated conditions of nature weather (sun, rain, temperature and humidity, etc.).

Technical parameters

2.Material of construction
u Full spectrum lamp u Optional filter system u Water spraying function u Humidity control u Temp. control system in the chamber u Sample fixed hold of irregular shape u USA imported xenon arc lamp u Easy installation and operation, seldom daily maintainance. u Service life time deepens on the irradiance level, usually 1600hrs. It’s easy to replace the lamp, with filter of long service life time to ensure the necessary spectrum.
3.Technical parameters
Model No., equipment name		GB-OXD-15P Xenon aging test chamber
Interior sizes		W500×D500×H600mm
Exterior sizes		W1050×D1050×H1750mm (or so)
Temperature range		0℃～80℃
Controller		imported programmable 7inch touch screen
Machine components material		inner and outer 304# stainless steel
Sample holder		Aluminum alloy frame base
Protection device		residual-current circuit breaker (RCCB) to control the warning for loop overload, thermal protection and water shortage protection.
Temp. deflection		±2℃ (without lighting)
Humidity range		30％～98％R.H
Humid. deflection		±2.5%R.H(Humid.≥75%R.H); ±3%R.H(Humid.≤75%R.H) without lighting
Light source		imported full spectrum xenon arc lamp(average useful life 1600hrs)
Raining time		1～9999min (adjustable)
Raining period		1～240min, interval（cut）adjustable
lamp power		Test period for Temp., irradiation, condensation, spray can be adjustable
Lamp		1.8KW
Wave length range		290-800nm
heating power (or so)		4.0KW
humidification (or so)		2.0KW
Light irradiance		1200w/m²
Distance between arc center and sample holder:		350～380mm
Revolving speed of sample holder		≥1r/min
water spray period		a. spray time: 0～99h59min (Continuing or adjustable) b. stop time: 0～99h59min, (Continuing or adjustable)
lighting time		Continuing programming control available
black panel temp.		85±3℃
cooling method		Mechanical wind cooling; Room temp. less than 26℃ is recommend, relative humid: ≤85%R.H; humid. and temp. tested after 2 hours under idle condition.
4.Temperature & humidity running control system
controller		imported programmable 7inch touch screen
precision range		set precision: temp. ±0.1℃, humid: ±2％R.H, indicated precision: temp.±0.1℃,humid.: ±1％R.H
temp. & humid. sensor		Platinum Resistance(PT100Ω/MV)
black panel temp.		double-metal black panel temp. thermometer
water-supplying system		auto-control humidication water-supplying, Xenon arc lamp with cycling cooling water
circulation system		low noise heat-resistance conditioning motor, multi-blade centrifugal wind wheel
control system		mainly consists of operation panel, central controller, kinds of key-pressing sw., status indicating lamp, excution electric device etc..
5.Structure section of machine body
The chamber consists of several section: chamber body, control system, refrigeration system, heating system, humidation system, wind system, raining system, lighting system and so on.
Chamber body		a. With integrated structure, the chamber consists of up left part as working room, up right part as electric controller which is convenient to control, down part as compressor cooling group, sample holder rotation device, Xenon lamp condensation water box, water pump and other executive devices. b. Inner wall of chamber adopts international SUS304# material. c. Temp. insulation material is polyurethane foam and ultra-fine fibre glass, with good temp. insulation result, no frost and condensation on the external surface of chamber. d. condensate water outfall set at the bottom of chamber e. Environmental heat-resistance silicon sealing tape as the material of door frame. f. Viewing window with eye-protective film on its surface to protect eyes from being injured by Xenon lamp.
external chamber body		a. Seal of door adopts the double-layer of refined silicone rubber with reliable sealing effect and no aging or hardening phenomenon under high or low temperature. b. Single door (embedded handle); c. Viewing window, antifrost device and lamp equipped on the door
viewing window		Size：25 cm W × 30 cm H；equipped with Anti-radiation hollow glass
6.Electric control section of chamber
a. As the core part of chamber b. Air pressure switch as the main switch to control the main circuit; c. Safety measures for electric section: it warns and cut electricity automatically after tested the action from following protection devices: a) overheat protection in working room b) lockage of phase, leakage protection c) overcurrent protection of motor d) overpressure/overload protection of cooling machine e) short out/overload protection of heater, humidifer f) fusing protection of fuse
7.Working section of chamber
Condensation section of compressor. a.Cooling system: as the core part of cooling system, we adopt one set of compressor of Tecumseh from France in this case to ensure the cooling requirement in the working room. b.For adjustment technology and design of cooling system, we take an efficiency processing way to ensure the adjustment for the cooling amount and consumption of cooling system under the normal running, to make the failure rate down to the economical statue. c.Cooling evaporator: it locates in interlayer at one side of chamber which ventilate by force from blast motor to exchange heat fast. d.Cooling method of cooling system: forced air cooling Cooling refrigerant：Environmental R404a；
Heating system	a. Heating method: heating directly in the chamber; b. Military level stainless steel heating tube used, with fast and stable heating to keep temperature in the working room from rapid change. It with corrosion resistance, anti-high-low temperature, no leakage and other advantages. c. With SSR (solid relay)output control, without noise, reliable working, long service life time, fast switching, low interference from outside, and easy operation etc..
Rain system.	it consists of nozzle, solenoid valve, water-supplying and connecting pipe.
Lighting system.	It consists of xenon lamp, lamp cover, lamp contactor and other controlling parts. Energy compensation is got by adjusting samples distance, pressure and current.
Wind system	It locates in the interlayer at the back of chamber, there are heater, fan blade, evaporator, PT100 temperature samples sensor etc.. when wind machine running, the air is intaken to the channel from working room, and blow out from the bottom after cooled; the air exchanged in the working room with samples is intaken again to the channel and mix; after several circulation, it will reach the purposed temperature, and ensure the high index of temp. and humid in the chamber at the same time.
Cooling dehumidification system	take the compressor of world brand Tecumseh from France to keep constant temperature, decrease the humidity in the working room and cool the xenon lamp.
Humidification	Steam generator: to generate steam from water Water level control: control the water inlet by solenoid valve, and water level by liquid level switch to provide the signal for water-supply and warning.
Air circulation section	Cycling channel and winding machine inside the chamber, it uses the high efficiency cooling machine and energy adjusting system, efficiency heat exchange to reach the aim of temperature change, which also improves the airflow and heat exchange between airflow, heating and humidification, as a result, it improves the humidity uniformity in the working room.
8. Enclosured files: operation manual, warranty card
9. Machine running requirements
Temp.		5℃~+32℃
Humidity		≤85%
Power supply		AC220（±10%）V/50HZ
10. Core components parts Remark: replacement of some small parts of the same quality is possible because of material shortage.

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Product introduction: DSC is the company's highest precision differential. The sensor is made of imported e-couple with high sensitivity.Signal acquisition circuit shielding protection, strong anti-interference, high baseline stability. The DSC is a touch screen type, which can be used for glass transition temperature test, phase transition test, melting and enthalpy test, product stability and oxidation induction period test.Wide range of application Technical parameters: 1. Temperature range:Room temperature ~550 ℃ air cooling 2. Temperature resolution: 0.01℃ 3. Temperature fluctuation:±0.1℃ 4. Temperature repeatability:±0.1℃ 5. Heating rate: 0.1～100℃/min 6. Constant temperature time: program setting ≤ 24h 7. Temperature control mode: heating, constant temperature, 8. DSC range: 0～±600mW 9. DSC resolution: 0.01uW 10. DSC accuracy: 0.001mW 11. Working power supply: Ac220vv50 Hz or customized 12. Atmosphere control gas: nitrogen, oxygen (instrument automatic switch) 13. Gas flow: 0-300mllmin 14. Gas pressure: 0.2MPa 15. Display mode: 24 bit color, 7 inch LCD touch screen display 16. Data interface: standard USB interface 17. Parameter standard: With reference materials (indium, tin), users can adjust the temperature by themselves 18. The upper computer is a three in one operation software, which is also suitable for thermogravimetry and synchronous instruments. 19. The instrument has several groups of thermocouples, one for sample temperature, one for furnace body temperature and one for internal environment temperature Technical features: 1. Industrial level 7-inch touch screen, display information rich. 2. New metal furnace structure, better baseline and higher precision.Indirect conduction mode is adopted in heating, which has high uniformity and stability, and reduces pulse radiation, which is better than traditional heating mode. 3. USB communication interface, strong versatility, reliable communication, support self recovery connection function. 4. Automatic switching of two-way atmosphere flow, fast switching speed and short stable time.At the same time, a protective gas input is added. 5. The software is simple and easy to operate.

GBPI ASTM D3198 Automatic Torque Tester

The torque tester is professionally suitable for testing the torque value of the caps of packaging products such as bottles, beverage bottles, mineral water bottles, and milk bottles. It is an ideal configuration instrument for offline or online testing of production units in the packaging industry.

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