Trimble 5700 L1 L2 GPS RTK Receiver w/ Zephyr Geodetic GPS Antenna

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Michigan based company with a global presence. We ship worldwide to thousands of satisfied customers. Offering Same-Day Shipping & pickup for metro Detroit area land surveyors, civil engineers, architects, excavating & construction companies at our local store in Allen Park, MI. Our equipment is backed by exceptional customer service and support, along with a full warranty.
Offering New & Refurbished Total Stations, GPS / GNSS Base & Rovers, Radios, Antennas, Data Collectors, Grade & Pipe Lasers, Digital Levels, Magnetic Locators, Grade Control Systems, AgGPS Systems, Field Supplies, Accessories, Hand Tools & Safety Equipment!
Included Items
Item Description
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* Trimble 5700 GPS Receiver w/ Options... [ID- X1586-L/T*]
- CMR Inputs
- CMR Outputs
- RTCM Inputs
- RTCM Outputs
- Data Collector
- Binary Outputs
- Data Logging
- Event Capture
* Trimble Zephyr Geodetic GPS Antenna [ID- X3147-L/T*]
* GPS Cable
* Trimble LCD Fast Charger
* Power Cord
* Hard Carrying Case (G)
Condition: Refurbished
Warranty: 90 Day Exchange
Trimble 5700 L1 L2 GPS RTK Receiver w/ Options...
- CMR Inputs
- CMR Outputs
- RTCM Inputs
- RTCM Outputs
- Data Collector
- Binary Outputs
- Data Logging
- Event Capture
Trimble 5700 GPS Receiver
One receiver, many configurations, for greater flexibility and choice
The Trimble® 5700 GPS receiver is an advanced, but easy-to-use, surveying instrument that is rugged and versatile enough for any job.
Combine your 5700 with the antenna and radio that best suit your needs, and then add the Trimble controller and software of your choice for a total surveying solution. The powerful 5700 GPS system will provide all the advanced technological power and unparalleled flexibility you need to increase your efficiency and productivity in any surveying environment.
Advanced GPS Receiver Technology
The 5700 is a 24-channel dual-frequency RTK GPS receiver featuring the advanced Trimble MaxwellTM technology for superior tracking of GPS satellites, increased measuring speed, longer battery life through less power use, and optimal precision in tough environments. WAAS and EGNOS capability lets you perform real-time differential surveys to GIS grade without a base station.
Modular Design For Versatility
For topographic, boundary, or engineering surveying, clip the receiver to your belt, carry it in a comfortable backpack, or configure it with all components on a lightweight range pole. With the receiver attached to your site vehicle, you can survey a surface as fast as you can drive! For control applications, attach the receiver to a tripod … it’s designed to work the way your job requires.
Full Metal Jacket & Lightweight
The 5700 GPS receiver boasts the toughest mechanical and waterproofing specs in the business. Its magnesium alloy case is stronger than aluminum, but also 30% lighter—the 5700 weighs just 1.4 kg (3 lb) with batteries. Whether you’re collecting control points on a tripod, or scrambling down a scree slope collecting real-time kinematic data, the receiver is light enough and tough enough to carry on performing.
Fast And Efficient Data Storage And Communications
Use the receiver’s CompactFlash memory to store more than 8,900 hours of continuous L1/L2 data collection at an average of 15-second intervals. Transfer data to a PC at speeds of more than 1 megabit per second through the super-fast USB port. With the option of a UHF radio modem built in, the 5700 can provide RTK communications without the need for cables or extra power!
Experience Trimble Integrated Surveying
The Trimble 5700 GPS receiver is designed to support Trimble’s original Integrated Surveying™ solution. Combine your GPS and optical data in one job file in powerful Trimble field software such as Trimble Survey Controller™, then transfer the job file seamlessly to your Trimble office software, such as Trimble® Business Center, for processing.
Features:
Proven technology provides dependable performance and precision
Flexible configurations put you in total control
Rugged, high-performance hardware is built to last
Compatible with Trimble Integrated Surveying® technology
Specifications:
Code differential GPS positioning
Horizontal
±0.25 m + 1 ppm RMS
Vertical
±0.50 m + 1 ppm RMS
WAAS differential positioning accuracy
typically <5 m 3DRMS
Static and FastStatic GPS surveying
Horizontal
±5 mm + 0.5 ppm RMS
Vertical
±5 mm + 1 ppm RMS
Kinematic surveying
Horizontal
±10 mm + 1 ppm RMS
Vertical
±20 mm + 1 ppm RMS
Initialization time
typically <10 seconds
Initialization reliability
typically >99.9%
Hardware
Casing
Tough, lightweight, fully sealed magnesium alloy
Dimensions (W×HxL)
13.5 cm × 8.5 cm x 24 cm
(5.3 in x 3.4 in x 9.5 in)
Weight
1.5 kg (3 lb) with internal batteries, internal radio,
internal battery charger, standard UHF antenna.
Less than 4 kg (8.8 lb) entire RTK rover including batteries
for 7 hours, range pole, controller and bracket
Temperature
Operating
–40 °C to +65 °C (–40 °F to +149 °F)
Storage
–40 °C to +80 °C (–40 °F to +176 °F)
Humidity
100%, condensing
Water/dustproof
IP67 dustproof, protected from temporary
immersion to depth of 1 m (3.28 ft)
Shock and vibration
Tested and meets the following
environmental standards
Shock
Non-operating: Designed to survive a 1 m (3.3 ft) drop onto concrete. Operating: to 40 G, 10 msec, sawtooth
Vibration
MIL-STD-810F, FIG.514.5C-1
Trimble Zephyr Geodetic GPS Antenna
Trimble Zephyr Geodetic Antenna
The Trimble Zephyr and Zephyr Geodetic antennas are two types of survey-grade, dual-frequency, GPS antenna. They are designed to match the performance of the choke ring antenna, while being smaller, lighter, and significantly less expensive.
Both antennas are the result of intensive research and development, and utilize recent innovations in high performance GPS antenna technology, for which patents have been issued to Trimble. The new antennas incorporate major advancements in:
Radio frequency antenna design
Advanced materials technology
High precision manufacturing techniques
Trimble Stealth Ground Plane technology
The result is antenna phase center (APC) repeatability and multipath resistance comparable to the choke ringóand improved tracking of low elevation satellites and in difficult environments.
The use of advanced materials enables the Trimble Zephyr and Zephyr Geodetic antennas to be extremely compact and lightweight. Although the antenna element and low noise amplifiers used today will need to be modified in order to be compatible with the future L5 second civil frequency, the underlying design of the new Trimble Stealth Ground Plane is independent of frequency. This will make it much more effective for use with the new frequency than more conventional ground planes.
Patented Antenna Element Design Achieves Sub-millimeter Repeatability
The GPS antenna element is the part of an antenna that is sensitive to energy transmitted from GPS. For precise GPS surveying, this element is usually a flat piece of metal called a ìpatchî antenna. It is usually round or approximately square, and its dimensions make it sensitive to the GPS frequency being tracked. When a GPS receiver/antenna combination is tracking satellites and making code and carrier phase measurements, the actual points in space between which those measurements are taken are the instantaneous phase centers of the GPS satellite and GPS receiver antennas.
Nominally, the GPS receiver antenna phase center is located at the center of this square patch, that is, at the mechanical center of the antenna. However, in practice the effective electrical center of the antenna moves around in three dimensions.
This is a function of the apparent azimuth and elevation of the satellite being tracked, and the way that the antenna is fed, that is, how it is electrically connected to the rest of the circuit. Because multiple satellites are tracked at any time, and each one has a different azimuth and elevation, each measurement is taken from a slightly different location in space, somewhere near the mechanical center of the antenna. Thus, although surveyors require a measurement at a single point in space at any point in time, their antennas take measurements from a group of electrical phase centers that are all at slightly different locations.
The space in which these electrical phase centers may vary is something like an error ellipsoid; consequently, if an antennaís variation is large, then its ellipsoid is also large.
An ideal GPS antenna for surveying would take all measurements from an exact, physically defined, mechanical location, regardless of satellite elevation angle or azimuth, or any other factor. Such an antenna would be said to have extremely good phase center stability.
Specifications:
Dimensions:
13.5" diameter x 3" maximum depth
Weight:
2.2 lbs
Operating temperature range:
-40 to +70 C
100% humidity proof, fully sealed
Shock tested for a drop of 2 m onto concrete
Vibration tested to MIL-STD-810
4-point antenna feed for sub-millimeter phase center repeatability.
Integral Low Noise Amplifier
50 dB antenna gain
Trimble Stealth ground plane for reduced multipath
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Items will be shipped within 24 hours (1 Business Day) upon receipt of payment from the winning bidder. (Certain orders may take longer for processing due to comprehensive final service inspections)
A Shipment Tracking number(s) will be provided to inform Buyers of their expected ETA (Estimated Time of Arrival). Tracking number(s) will be provided the same day as order shipment.
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