DIJ

油擴(kuò)散泵萊寶油擴(kuò)散泵非常適用于高真空工業(yè)應(yīng)用。在中高真空系統(tǒng)中具備超高的性能表現(xiàn)及可靠性。DIJ油擴(kuò)散泵是一款無磨損高真空泵，沒有磨損和可移動(dòng)元件。

DIJ20/630 DIJ35/1000油擴(kuò)散泵

DIJ產(chǎn)品優(yōu)勢(shì)1、能耗低，加熱塊創(chuàng)新的加熱原理，加熱棒與泵油家畜面積更大，加快熱能的傳導(dǎo)，加熱區(qū)域高效隔熱，減少能量損耗。+延長加熱棒及泵油使用壽命+法蘭連接的加熱棒，更換簡單2、高壓強(qiáng)下抽速大，耐氣載能力強(qiáng)五級(jí)噴嘴系統(tǒng)設(shè)計(jì)，在10-2-10-3mbar下抽空性能更佳。3、新型擋板設(shè)計(jì)，返油少+進(jìn)氣口冷帽擋板確保小油蒸汽反流+新設(shè)計(jì)的前級(jí)真空擋板*的減少油氣損耗4、安裝適配性高
德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)?

DIJ產(chǎn)品優(yōu)勢(shì)

1、能耗低，加熱塊

創(chuàng)新的加熱原理，加熱棒與泵油家畜面積更大，加快熱能的傳導(dǎo)，加熱區(qū)域高效隔熱，減少能量損耗。

+延長加熱棒及泵油使用壽命

+法蘭連接的加熱棒，更換簡單

2、高壓強(qiáng)下抽速大，耐氣載能力強(qiáng)

五級(jí)噴嘴系統(tǒng)設(shè)計(jì)，在10-2-10-3mbar下抽空性能更佳。

3、新型擋板設(shè)計(jì)，返油少

+進(jìn)氣口冷帽擋板確保小油蒸汽反流

+新設(shè)計(jì)的前級(jí)真空擋板*的減少油氣損耗

4、安裝適配性高

為客戶提供更多的法蘭種類選擇

+ANSI/INCH法蘭帶O圈

+ISO-F或ISO-K法蘭帶中心環(huán)

5、多種電氣連接選擇

滿足更多的客戶需求

+三種不同連接方式

 -基礎(chǔ)班：帶工業(yè)標(biāo)準(zhǔn)接頭適用于OEM

 -標(biāo)準(zhǔn)版：帶短路保護(hù)電器盒

 -節(jié)能版：帶配電箱和節(jié)能控制單元

 蘇州昆山太倉無錫上海張家港德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)

吳江常熟鎮(zhèn)江常州揚(yáng)州泰州南通德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)

南京啟東海門如皋海門海安如東德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)

宿遷徐州合肥蕪湖杭州湖州溫州德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)

臺(tái)州衢州紹興金華寧波余姚福州德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)

廈門泉州深圳廣州珠海廣州惠州德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)

通州桂林南寧南昌贛州武漢成都德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)

重慶荊州太原蘭州烏魯木齊石家莊德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)

天津長春吉林濟(jì)南青島威海德州德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)

連云港昆明九江安慶德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)

經(jīng)典應(yīng)用

真空鍍膜

冶金

真空爐

真空干燥

研發(fā)

 德國萊寶油擴(kuò)散真空泵泵 DIJ 20 維修保養(yǎng)?

DIJ油擴(kuò)散泵優(yōu)點(diǎn)：維修間隔長，無磨損，安全標(biāo)準(zhǔn)高。

在大于10-3mbar下穩(wěn)定的高氣載

前級(jí)耐壓高

抽速大

安全節(jié)能

電氣元件復(fù)合CE標(biāo)準(zhǔn)

無移動(dòng)元件磨損

操作簡單

維護(hù)簡便，替換加熱棒簡單快捷

可用附件種類多

DIJ油擴(kuò)散泵優(yōu)點(diǎn)：維修間隔長，無磨損，安全標(biāo)準(zhǔn)高。

在大于10-3mbar下穩(wěn)定的高氣載

前級(jí)耐壓高

抽速大

安全節(jié)能

電氣元件復(fù)合CE標(biāo)準(zhǔn)

無移動(dòng)元件磨損

操作簡單

維護(hù)簡便，替換加熱棒簡單快捷

可用附件種類多

經(jīng)典應(yīng)用

真空鍍膜

冶金

真空爐

真空干燥

研發(fā)

油擴(kuò)散泵 DIJ 20

DIJ benefits at a glance

■ Most innovative heating concept utilizing newly developed heater cartridges with large heat exchange surface for an optimized energy transfer into the oil. Effective temperature monitoring protects the system against overheating. The insulated heater area ensures minimum energy losses.
+ Minimum stress and longest lifetime for heaters and oil
+ Highest uptime
+ Flanged heaters, easy to exchange

■ Choice of flange variants for improved connectivity
+ ANSI / Inch flanges (with O-ring)
+ ISO-F or ISO-K flanges (with centering ring)

■ Unique baffle design + Proven cold cap baffle at the inlet to minimize oil backstreaming
+ Innovative, new foreline baffle for reduced oil losses

■ Various electrical connection opportunities to meet customers requirements
+ Basic – simplified OEM connection with male plug
+ Standard – with circuit breaker box
+ ECO, with switchbox and energy control unit

■ Five stage system design provides excellent performance data
+ Four diffusion pump stages for highest suction speed at low pressures and lowest final pressure
+ One ejector stage for high forevacuum stability and stable throughput at pressures >10^-3 mbar

Typical Applications

■ Vacuum coating
■ Metallurgy
■ Vacuum furnaces
■ Vacuum drying
■ Research and development

DIJ Oil Diffusion Pump Advantages

Prolonged maintenance intervals, non-wearing, high safety standard.
■ High and stable throughput at pressures >10^-3 mbar
■ High forevacuum tolerance
■ High pumping speed
■ Safe and economical
■ CE compliant electronics supplied
■ No wear caused by moving parts
■ Simple to operate
■ Maintenance friendly design for rapid and simple replacement of heating elements
■ Wide range of accessories available
■ Innovative ECO Energy control unit (ROI

Power Efficiency Control -

Energy savings up to 30% without power loss

Oil diffusion pumps require a certain minimum oil temperature for operation. Commonly, 100% of the installed heating power is constantly utilized. The innovative Leybold power efficiency control unit for diffusion pumps cuts power consumption by up to 30% since the supplied power is significantly reduced after the pump has attained its operating temperature. Further savings result from the utilization of the standby mode at a reduced temperature.

■ Cost reductions through energy-savings (up to 30%)
■ Increased service life of oil and heating cartridges
■ Excellent operating convenience and simple use
■ Fast ROI (< 2 years)
■ Simple, visual monitoring of the parameters
■ PLC driven
■ USB Interface and Ethernet