AEPLV-200 Automatic A/C
Service Station
AEPLV-200 fully automatic A/C service station is the latest
product for refrigerant recovering, recharging and purifying, developed based
on durable components and reliable SCM control programs. The product is Android
system based and meets the needs of different customer groups with simple
operation, colour touch screen, with database and built in printer. it’s the
best choice for workshops.
Features：
1) Fully automatic in recovery/vacuum/oil
injection/charge
2) Automatic air purge
3) Vacuum skip in “auto mode”
4) Automatic service reminding
after 600 operations
5) Vacuum leak test
6) UV dye injection
7) Hand valves free
8) Pressurization to speed up
used oil discharge
9) A/C database included, update
through USB port
10) Thermal printer
11) Condenser and cooling fan
12) Heater band
13) Work with R134a or HFO1234yf
(pre request)
14) Android System
15) Inbuilt refrigerant
identifier (Optional)
Main Functions：
1) Flush(Unidirectional & Bidirectional)
2) Fully automatic in
flush/recovery/vacuum/oil injection/charge
3) Automatic air purge
4) Vacuum leak test
5) UV dye injection
6) Automatic service reminding
Specifications:
. Input power: AC220V±10%~50Hz
. Compressor power: 3/8HP
. Average gas state refrigerant
recovery speed (through charge/suction port): 0.25kg/min
. Recovery rate: 99%
. Vacuum pump capacity: 120L/min
. Unidirectional/bidirectional
flush time: 10-60 min
. Drier-filter capacity: 600ml
. Accuracy of gas cylinder load
cell: ±10g
. Accuracy of oil bottle load
cell: ±1g
. Gas cylinder capacity: 22L
. New/used oil bottle capacity:
250ml
. Max. Pressure: 20bar
. Charge speed: 2Kg/Min(max.)
. Screen display: 156*89mm,
800RGB x 600Dots, TFT full colour touch screen
. High pressure gauge range:
-1~40bar
. Low pressure gauge range:
-1~22bar
. Air refreshening power: 350W
. Air refreshening chemical
capacity: 800ml
. Dimensions: Package: 960*690*1250mm; Unpacked machine 900*630*1105mm
FINANCE AVAILABLE AT VERY COMPETITIVE RATES
PURCHASE BEFORE JUNE 30TH FOR A TOTAL TAX DEDUCTION
