SYLVAC Digital Micrometer S_MIKE PRO 0-30 mm IP67 (803.0300) Cylindrical Ø6,5 mm
Diesella A/S
{{StockInfo.NotAllowedReason}}
{{stck.StockInfo.RemoteStockLocation.DisplayName}}
{{stck.StockInfo.RemoteStockLocation.Amount|number}} {{stck.StockInfo.RemoteStockLocation.Uom}}
({{stck.StockInfo.RemoteStockLocation.DeliveryTimeTxt}})
{{stck.StockInfo.CentralStockLocation.Amount|number}} {{stck.StockInfo.CentralStockLocation.Uom}}
{{stck.StockInfo.CentralStockLocation.DisplayName}}
{{stck.StockInfo.CentralStockLocation.DisplayName}}
(In stock)
{{stck.StockInfo.CentralStockLocation.DisplayName}}
(Not in stock)
{{stck.StockInfo.CentralStockLocation.DeliveryTimeTxt}}
[{{stck.StockInfo.PrimaryStockLocation.DeliveryTimeTxt}}]
{{stck.StockInfo.NotCentralStockDeliveryTimeMsg}}
{{stck.StockInfo.SecondaryStockLocation.DisplayName}}: {{stck.StockInfo.SecondaryStockLocation.Amount|number}} {{stck.StockInfo.SecondaryStockLocation.Uom}}
Special return conditions
Product description
Type no.:
LM no.:
Own product no.:
SYL8030300
4536010193
-
Discount code:
UNSPSC Code:
Customs code:
40200102600
41111601
90173000
Professional IP67 digital micrometer Model S_Mike Pro Smart with fast linear movement 10 mm per. rotation.
Can be used for work with refrigerants and lubricants. Data output USB / RS232. Can be used with Sylcom Software.
Cylindrical: Ø6.5 mm. Reading: 0.001 mm. Measuring range: 0-30 mm. Accuracy: 3 µm.
Battery: 1xCR2032 included.
• Data output Proximity til USB/RS232
• Anvils : Ø6.5mm
• Automatic wake-up by moving the measuring spindle (System Absolu SIS)
• Sleeping mode after 20 min. of no use (System Absolu SIS)
• Position memorized in sleeping mode (System Absolu SIS)
• Water protected for heavy-duty work with coolants and lubricants, protection rating IP67 according to IEC 60529, even connected
• Measuring range 0-161 mm covered with 5 instruments only
• Set of 3 micrometers 0-102 mm available
• Quick displacement of the measuring spindle 10 mm / rotation
• Adjustable measuring force 5N / 10N (versions 903.030X)
• Repeatability and reproducibility never reached before
• Thimble in polyacetal-copolymer
None