ER-EC215 Two-Dimensional Electronic Compass is a small two-dimensional electronic compass that can measure the heading angle of an object according to the change of the earth's magnetic field. This product is composed of industrial-grade magnetometers, single-chip computers, and driver chips, and has built-in hard magnetic interference and soft magnetic interference compensation. The patented technology is suitable for small-sized intelligent systems with small volume, which can reduce and have certain requirements on costs.
Features:
Accuracy: 2° (RMS)
- 40 ° C ~ +85 ° C wide temperature work
Small size:L55 x W37 x H24 (mm)
Supply voltage: 5 V
Resolution: 0.1°
With hard magnetic, soft magnetic and tilt compensation
RS232/RS485/TTL
Application :
Satellite tracking
Petroleum geological survey
Optical range finder
GPS-assisted navigation
Individual combat equipment
Ocean test
Underwater navigation
Mechanical control
Specifications：
Voltage
+5V DC
Working current
30mA（40mA Max）
Operating temperature
-40~85℃
Storage temperature
-55~100℃
Compass heading parameter
Heading accuracy
2° (RMS)
Resolution
0.1°
Repeatability
0.05°
Compass tilt parameter
Hard magnetic calibration
have
Soft magnetic calibration
have
Physical characteristics
size
L55 x W37 x H24 (mm)
weight
115g
Output form
RS232/485/TTL interface
Interface characteristics
Start delay
<3s
Maximum output frequency
50Hz
RS-232 communication rate
2400 to 115200 baud rate
Surroundings
Anti-vibration performance
3000g
Package size:
FAQ:
1. What is your quotation condition?
If you have DHL or Fedex account ,we can quote EXW price ,otherwise CIF or FOB price.
2.Do you have any discount when procurement?
We will quote sample price at first and we will quote volume price if you need more quantity.
3.How long is the delivery time?
For sensors,parts,modules : in stock-one week;no stock-2-4weeks; For systems,generally ,8-12 weeks.
4.How to deal with the quality problems?
If confirmation of product quality problem we can replace it freely for customer in the shortest period.
