Chuyên Thiết Bị / Products / Vibration Meter / Vibration Sensors /

HIGH TEMPERATURE TRIAXIAL ACCELEROMETER Dytran 3443C 2.7 pC/g

HIGH TEMPERATURE TRIAXIAL ACCELEROMETER Dytran 3443C 2.7 pC/g

DYTRAN-3343C

Product Information

Manufacturer: Dytran
Model: 3443C
Warranty: 12 months

Thông tin khuyến mãi

Sản phẩm tạm thời chưa có khuyến mãi!

Yêu cầu báo giá

Categories: Vibration Meter, Vibration Sensors

Easy to buy

Variety mode of payment

Free shipping

For orders from 3,000,000 VND

Support 24/7

Even outside working hour

Contact Ho Chi Minh City

Tel: (028).3977.8269 / 0906.988.447

Email: sales@lidinco.com

Contact Bac Ninh, Ha Noi City

Tel: (0222).730.0180

Email: bn@lidinco.com

Other Contact:

Description
Documents

The Dytran model 3443C is a triaxial, charge mode vibration monitoring accelerometer, designed to reliably operate in temperatures up to +500°F (+260°C).
Ideal for use in a variety of vibration monitoring applications including: engine vibration studies, exhaust system analysis, and industrial vibration monitoring. Dytran’s model 3443C high temperature accelerometer is capable of operating under extreme temperatures, while at the same time providing the high levels of reliability, durability and accuracy that is offered with standard laboratory sensors. Weighing just 10 grams, the Dytran model 3443C features ceramic shear sensing elements mounted in a hermetically sealed, lightweight titanium housing. Units utilize (2) thru holes for mounting and (3) 10–32 radial connectors.
The 3343C is a light weight, 500°F triaxial accelerometer with 3 in line 10–32 connectors and 2 through–hole mounting holes. It was designed for general purpose high temperature vibration monitoring and has applications in automotive exhaust system testing and engine vibration studies.

FEATURES:

Titanium
Hermetic
+500°F (+260°C) operation
Charge mode

APPLICATIONS:

Engine vibration studies
Exhaust system analysis
Industrial vibration monitoring
General purpose high temperature triaxial vibration monitoring

Xem thêm