Supplier Type | Original manufacturer | Media Available | datasheet | Place of Origin | Guangdong, China |
Operating Temperature | -40 - +85℃ | Brand | Oscillators | Frequency Stability | ±30ppm |
Application level | Industrial | Output type | CMOS | About Us | 17 Years Experience |
Certificate | ISO9001 ISO14001 ROHS | Payment | T/T | Shipment | DHL FEDEX TNT UPS EMS |
Package Type | SMD5032 | Frequency Tolerance | ±20ppm | Load Capacitance | 15pF |
Dimensions | 5.0 x 3.2 x 1.2 mm | Voltage - Supply | 3.3V | Frequency | 13.560 MHz |
maximum rpm: | 1050 rpm |
stud length: | 2.2500 in |
roller shape: | Crowned |
radial static load capacity: | 10300 lbs |
roller material: | Chrome Steel |
finish/coating: | Black Oxide |
stud diameter: | 1.0000 in |
head type: | Slotted |
lubrication hole location: | Stud Side |
roller diameter: | 2.7500 in |
SKF CMAC 5209 Coiled Accelerometer Cable - Reliability Direct
Nav Menu 8. Home > SKF CMAC 5209 Coiled Accelerometer Cable. SKF CMAC 5209 ... Larger Photo. Our Price: $659.00. Product Code: SKF-CMAC-5209
SKF CMAC 5209 Accelerometer Coiled Cable -
Manufacturer, SKF. Part Number, CMAC 5209. Item Weight, 14.4 ounces. Power Source, Corded-electric. Item Package Quantity, 1. Batteries Included? No
SKF CMAC 5209-10 Accelerometer coiled cable | TEquipment
On Sale SKF CMAC 5209-10. ✅ Engineers on staff. ✅ FAST quotes ✅ We accept POs
China Cmac 5209 Accelerometer Coiled/Spiral/Sensor Cable
The CMAC 5209 coiled cable connects to the. CH1 or CH2 input connector at one end and to an accelerometer at the other end. Payment Terms, T T /
PM CTP CAT M EA P 4 X 3 v02 | 2009-06-06 - SKF
The CMAC 5209 coiled cable connects to the. CH1 or CH2 input connector at one end and to an accelerometer at the other end. The accelerometer connection is
SKF CMAC 5209 Accelerometer Coiled Cable - 2m
On Sale SKF CMAC 5209. ✅ Engineers on staff. ✅ FAST quotes ✅ We accept POs
SKF CMAC 5209-10 Accelerometer coiled cable -
CMAC 5209-10 Accelerometer coiled cable, 3 m (10 ft.)The CMAC 5209-10 coiled cable connects to the CH1 or CH2 input connector at one end and to an