Virtual V9075-C吸盘直径19mm,Clear Silicone白色透明硅橡胶材质,耐高温250℃,材料阻值大于10^13Ω,10寸汞柱真空度下吸取能力为500g,另有V9075-ESD防静电硅胶型,颜色是黑色。
美国Virtual真空吸盘包括4种类型,BUNA-N丁腈橡胶具有静电消散特性(ESD防静电等级的一种),耐磨、无痕,耐温120℃;ESD-SAFE HIGH-TEMP CONDUCTIVE SILICONE导电硅胶防静电安全及耐高温,工作温度可达230℃;PUREACLEAN纯净橡胶吸盘非常适合吸取对残留物敏感的物品,如透镜或滤光片,耐高温最高可达到250℃,阻值大于10^13欧姆;Clear Silicone透明硅胶电气阻抗大于10^13Ω,耐高温250摄氏度。
原装进口Virtual V9075-C吸盘Clear Silicone白色透明硅橡胶材质,直径19mm,耐高温250℃,材料阻值大于10^13Ω,10寸汞柱真空度下吸力500g,另有V9075-ESD黑色防静电硅胶型、V9075-B黑色耐磨无痕型(工作温度较低仅100℃)、V9075-PUR蓝色洁净耐高温型。
型号 |
直径大小 英寸/毫米 |
B 连接部 |
C 吸盘总长 |
OD连接头 外经 |
ID连接口 内径 |
PS 回止厚度 |
E 气孔直径 |
不同真空度下吸取能力 10" Hg汞柱 / @5" Hg |
||
V9009-* | 3/32" | 2.38mm | 3.56mm | 4.06mm | 1.98mm | 1.02mm | 1.14mm | 0.51mm | 2克 | 1g |
V9013-* | 1/8" | 3.18mm | 4.06mm | 4.57mm | 2.54mm | 1.52mm | 1.40mm | 0.89mm | 10g | 5g |
V9018-* | 3/16" | 4.76mm | 4.45mm | 5.08mm | 3.30mm | 1.52mm | 1.40mm | 0.89mm | 25g | 12g |
V9025-* | 1/4" | 6.35mm | 4.06mm | 5.08mm | 3.04mm | 1.52mm | 1.40mm | 0.89mm | 50g | 25g |
V9038-* | 3/8" | 9.53mm | 4.83mm | 6.35mm | 3.18mm | 1.52mm | 1.40mm | 0.89mm | 100克 | 50克 |
V9050-* | 1/2" | 12.70mm | 4.83mm | 7.62mm | 4.06mm | 1.52mm | 1.40mm | 0.89mm | 180g | 90g |
V9062-* | 5/8" | 15.88mm | 4.45mm | 8.00mm | 4.06mm | 1.52mm | 1.40mm | 0.89mm | 250克 | 125g |
V9075-* | 3/4" | 19.05mm | 3.56mm | 8.13mm | 4.06mm | 1.52mm | 1.40mm | 0.89mm | 500g | 250g |
V9100-* | 1" | 25.4mm | 3.56mm | 4.06mm | 4.06mm | 1.52mm | 1.40mm | 0.89mm | 750g | 375g |
ESD-SAFE防静电级别型号后缀
*=B:Buna-N Rubber 10^8 to 10^11 ohms Cup temperature range (-20°C + 120°C)
*=ESD:Conductive Silicone 10^2 to 10^5 ohms Cup temperature range (-55°C + 230°C)
NON ESD-SAFE非防静电标记型号
*=PUR:Blue Ultra Non Marking Greater than 10^13 ohms Cup temperature range (-55°C + 250°C)
*=C:Clear Silicone Rubber Greater than 10^13 ohms Cup temperature range (-55°C + 250°C)
1、Buna-N Static Dissipative Non-Marking Black Vacuum Cups黑色丁腈橡胶,静电消散、耐磨无印痕、耐温120℃
Black, static dissipative Buna-N. Operating temperature limits (-20°C + 120°C),10^8~10^11 Ω
V9009-B吸盘:直径3/32" (2.38mm),V9009-B-25PK标准包装一袋25个
V9013-B:直径1/8" (3.18mm),V9013-B-25PK标准包装一袋25只
V9018-B:直径3/16" (4.76mm),V9018-B-25PK标准包装一袋25个
V9025-B:直径1/4" (6.35mm),V9025-B-25PK标准包装一袋25个
V9038-B:直径3/8" (9.53mm),V9038-B-25PK标准包装一袋25个
V9050-B:直径1/2" (12.70mm),V9050-B-25PK标准包装一袋25个
V9062-B:直径5/8" (15.88mm),V9062-B-25PK标准包装一袋25个
V9075-B:直径3/4" (19.05mm),V9075-B-25PK标准包装一袋25个
V9100-B大尺寸吸盘:直径1" (25.4mm),V9100-B-25PK标准包装一袋25支
V9000K8-B吸盘组:8个规格各1个
2、ESD-SAFE HIGH-TEMP CONDUCTIVE SILICONE Vacuum Cups黑色导电硅胶,ESD防静电、耐高温230℃
Operating temperature limits (-55°c + 230°c) ,10^4 to 10^6 OHMS
V9009-ESD:直径3/32" (2.38mm),V9009-ESD-25PK标准包装一袋25个
V9013-ESD硅胶吸盘:直径1/8" (3.18mm),V9013-ESD-25PK标准包装一袋25只
V9018-ESD:直径3/16" (4.76mm),V9018-ESD-25PK标准包装一袋25个
V9025-ESD:直径1/4" (6.35mm),V9025-ESD-25PK标准包装一袋25个
V9038-ESD:直径3/8" (9.53mm),V9038-ESD-25PK标准包装一袋25个
V9050-ESD:直径1/2" (12.70mm),V9050-ESD-25PK标准包装一袋25个
V9062-ESD:直径5/8" (15.88mm),V9062-ESD-25PK标准包装一袋25个
V9075-ESD:直径3/4" (19.05mm),V9075-ESD-25PK标准包装一袋25个
V9100-ESD大尺寸吸盘:直径1" (25.4mm),V9100-ESD-25PK标准包装一袋25支
V9000K8-ESD吸盘组:8个规格各1个
3、Ultra-non-marking Non-ESD-SAFE PUREACLEAN™ Vacuum Cups蓝色纯净橡胶,超洁无痕,耐高温250℃
a catalytically cured proprietary rubber compound. This cup material is ideally suited for handling residue sensitive items such as lenses or optical filters. Operating temperature limits(-55°C - 250°C). Electrical properties: Greater than 10^13 Ohms.一种催化固化的专用橡胶化合物,这种材料非常适合处理残留物敏感的物品,如透镜或滤光片。
V9009-PUR、V9013-PUR超洁无痕吸盘……
V9075-PUR、V9100-PUR,V9000K8-PUR吸盘组
4、Clear Silicone Rubber Greater than 10^13 ohms Cup temperature range (-55°C + 250°C)
白色透明硅橡胶,耐高温250摄氏度,阻抗>10^13Ω
V9009-C:直径3/32" (2.38mm),V9009-C-25PK标准包装一袋25个
V9013-C:直径1/8" (3.18mm),V9013-C-25PK标准包装一袋25只
V9018-C:直径3/16" (4.76mm),V9018-C-25PK标准包装一袋25个
V9025-C:直径1/4" (6.35mm),V9025-C-25PK标准包装一袋25个
V9038-C:直径3/8" (9.53mm),V9038-C-25PK标准包装一袋25个
V9050-C:直径1/2" (12.70mm),V9050-C-25PK标准包装一袋25个
V9062-C:直径5/8" (15.88mm),V9062-C-25PK标准包装一袋25个
V9075-C透明吸盘:直径3/4" (19.05mm),V9075-C-25PK标准包装一袋25个
V9100-C:直径1" (25.4mm),V9100-C-25PK标准包装一袋25支
V9000K8-C吸盘组:8个规格各1个
Virtual真空吸盘规格说明书http://www.testeb.com/download/201812/Virtual_Vacuum_Cups.pdf