Global Positioning System

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MOQ : 10 Pieces

Global Positioning System Specification

Measurement Range
Global Coverage

Model No

Frequency
1575.42 MHz Megahertz (MHZ)

Voltage
3.3 V Volt (v)

Accuracy
100 % %

Power Source
Battery

Capacity
Standard Pcs/hr

Feature
Highly Efficient

Core Components
GPS Module, Antenna

Temperature Range
-20 C to +60 C Celsius (oC)

Automation Grade
Automatic

Equipment Materials
ABS Plastic

Type
Global Positioning System

Usage
Laboratory

Display Type
Digital

Dimension (L*W*H)
150 mm x 80 mm x 35 mm Millimeter (mm)

Weight
350 g Grams (g)

Data Output
NMEA 0183

Connectivity
USB/RS232

Cold Start Time
< 45 seconds

Battery Backup
Up to 8 Hours

Antenna Type
High Sensitivity Built-In

Signal Channels
12 Channels Parallel

Update Rate
1 Hz

About Global Positioning System

GLOBAL POSITIONING SYSTEM (GPS)
It helps to track positions or locations. To survey position in a short period of time. Also used in mapping, surveying and area calculation.
Specification

Receiver Hand held , WAAS enabled , high sensitivity SiRF or equivalent c h i p s e t w i t additional amplification external antenna connector
External Antenna with 5m cable and connector compatible with the receiver
Number of Channels:12
GPS accuracy: < 5 meters, 95% typical
WAAS accuracy: < 2 meters, 95% typical
Display Color LCD, 256 x 400 resolution, wide screen 1.5X2.5
Case: Fully gasket, high-impact plastic alloy, waterproof to IEC 529 IPX7 standards
Temperature range: -15 C to 70 C
Power Required : Two sets of 35 hours (minimum) rechargeable batteries including appropriate battery charger unit
Memory Greater than 256MB internal memory and Has to accept a great deal of a memory micro SD card (8GB) for loading detailed topographic, level maps or additional way points into the receiver
Waypoint 1000 waypoints
Interface USB to PC that enables to quickly load maps and waypoints on device, interfacing cable and appropriate software
Features: Breakout Board available, Waterproof: water-resistant ,electronic compass, barometer/altimeter, Geocaching, Preloaded detailed maps included and accept custom maps .
Documentation User manual
Warranty : One year
Configuration Configured , tested and commissioned
Training User training given by.

High Sensitivity & Efficient Performance

Built with a highly sensitive antenna and capable of tracking 12 parallel channels, the guarantees fast satellite acquisition and stable signal reception, even in challenging laboratory environments. Its automatic operation and reliable core GPS module ensure consistent accuracy and efficient data collection.

Lab-Ready Durability & Design

Manufactured with sturdy ABS plastic and engineered for a wide temperature range, the GPS device is suited for rigorous laboratory applications. Its compact dimension and lightweight build facilitate easy installation and mobility while delivering reliable GPS operation under diverse conditions.

FAQs of Global Positioning System:

Q: How does the ensure precise location tracking in laboratory settings?

A: The utilizes a high-sensitivity built-in antenna and 12 parallel signal channels to maintain strong and accurate satellite connections. The system delivers data in NMEA 0183 format with a consistent 1 Hz update rate, ensuring 100% accuracy for laboratory experiments and measurements.

Q: What is the process for connecting the to laboratory equipment?

A: Connection is straightforward via USB or RS232 ports. Once powered on with its 3.3 V battery, the device integrates with most data acquisition systems, allowing for seamless transfer and monitoring of positional data on its digital display.

Q: When can users expect the to begin delivering accurate coordinates after startup?

A: After powering on, the performs a cold start with an acquisition time of less than 45 seconds. It then begins delivering accurate positional data, thanks to its efficient processing capabilities and robust antenna design.

Q: Where can this GPS device be efficiently deployed within a laboratory?

A: The compact size and standard capacity make it ideal for benchtop setups, instrumentation racks, or portable test stations. Its durable construction and broad temperature tolerance allow flexible deployment throughout various lab locations.

Q: What are the main benefits of using the for laboratory research?

A: Researchers benefit from global coverage, highly accurate data, robust battery backup, and quick signal acquisition. Its automatic operation and straightforward connectivity accelerate processes, making it an essential tool for scientific experiments requiring precise geographic data.

Q: How should users handle the equipment for optimal performance?

A: To maximize performance, ensure the device is powered adequately, installed in an area with minimal obstructions, and kept within the specified temperature range. Routine inspection and proper maintenance of the USB/RS232 connections will help uphold long-term reliability.

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