GPS GNSS Systems

Trimble CAT Accugrade GCS900 Grade Control Systems

Name: Trimble CAT Accugrade GCS900 Grade Control Systems
Brand: Trimble
SKU: sku-20
Price: 24000 USD
Availability: InStock
Rating: 3 (5 reviews)

Sell Used CAT Accugrade GCS900 GPS Grade Control System including Dual Receivers MS995, Trimble CB460 Control box, Trimble SNR930 Radio

$24,000

Used Condition

The CAT AccuGrade Grade Control System brings to the customer an increase in productivity by up to 40 percent while reducing their site costs dramatically. These systems are plug-and-play for any Accugrade Ready Machine.

Package includes:

2x Trimble MS995 GPS + GLONASS High Precision Receivers
1x CB460 Operator Control Box (DOZER ONLY CODE) with GCS900 Ver 13.xx and 3D Automatic Hydraulic Control
1x Trimble SNR930 900 MHz Machine Radio
2x Trimble MS995 Coil cables
1x Hard Shell Case

The MS995 contains an integrated GPS+GNSS receiver, antenna, and isolation system all in a single, durable housing. It uses the advanced Trimble RTK engine for faster initialization times when satellite lock is lost and enhanced performance near obstructions.

Key Features & Benefits

An advanced RTK engine for faster initialization times when satellite lock is lost and enhanced performance near obstructions
Support for the GPS modernized L2C and the planned L5 signals
Support for GLONASS, Galileo, BeiDou
Support for SBAS systems (including: WAAS, EGNOS, MSAS, QZSS)
Single, rugged cab or blade mountable unit - GPS antenna, receiver and isolation system
3 LED indicators that provide instant operational feedback
Single cable connector (high cycle count connector)
100% sealed housing
Meets EU Restriction on Hazardous Substance (RoHS) directives
TCP/IP capable using a serial PPP connection
An easy to use removable mounting bracket with quick release adjustment ratchet

Specifications:

Performance
Tracking and performance	Tracks up to 44 Satellites with 220 Tracking Channels: GPS: L1C/A, L2C, L2E (Trimble Method for tracking L2P), and L5 Code with Full Cycle Carrier SBAS: L1C/A and L5 (for WAAS, EGNOS, MSAS and QZSS) Fully operational during P-code encryption Upgradeable to GLONASS: L1C/A, L2C/A, and L2P Code with Full Cycle Carrier Upgradeable to Galileo: L1 CBOC, E5A, E5B & E5AltBOC8 Upgradeable to BeiDou: B1, B2
Measurements	Advanced Trimble® Maxwell™ 6 Custom GPS chip Trimble R-Track™ technology for tracking the new L2C Civil Signal, L5 Signal for GPS modernization and GLONASS High-precision multiple correlator for L1, L2 and L5 pseudorange measurements Unfiltered, unsmoothed pseudo-range measurements data for low noise, low multi-path error, low time domain correlation and high dynamic response Very low noise L1, L2 and L5 carrier phase measurements with <1mm precision in a 1 Hz bandwidth L1, L2 and L5 Signal-to-Noise ratios reported in dB-Hz Proven Trimble low elevation tracking technology
Code differential Positioning	Horizontal: 0.25 m + 1 ppm RMS (0.8 ft + 1 ppm RMS) Vertical: 0.50 m + 1 ppm RMS (1.6 ft + 1 ppm RMS)
Real Time Kinematic (RTK) Positioning	Horizontal: 8 mm + 0.5 ppm RMS (0.032 ft +0.5 ppm) Vertical: 15 mm + 0.5 ppm RMS (0.05 ft +0.5 ppm)
Initialization time	Typically < 10 seconds + 0.5 times baseline length in km, up to 30 km (Regular RTK operation with base station)
Initialization Reliability	Typically > 99.9%
Physical
Size (H x W x D)	147 x 231.9 x 251.1 mm
Weight	3.8 Kg with mounting bracket
Mounting	Mast Mounting Bracket
Network Connector	16 pin Amphenol bayonet, sealed
Indicators (3 yellow LEDs)	Upper: DC Power Middle: GPS correction signal status (via radio link, cable or MSS-Band) Lower: GNSS signal status (no signal, searching, or tracking)
Environmental
Operating Temperature	-40°C to +70°C (-40°F to +158°F)
Storage Temperature	-50°C to +85°C (-67°F to +185°F)
Humidity	Waterproof, 100% fully sealed
Sealing	± 5 psi sealing
Survival	75 Gs, 6 milliseconds duration, 3 shocks in each of the three mutually perpendicular axes
Operating	40 Gs, 10 milliseconds duration
Vibration	20.4 gRMS
EMC	EN13309:2000, CE Mark, RCM
Technical
Electrical Input Voltage	9 to 32 VDC
Electrical Input Power	5W - 8W
Control Interface	J1939 CAN network (two buses) RS-232 Serial (two ports)
Reverse Voltage Protection	Yes
Load Dump Protection	Yes

Trimble CB460 Key Features & Benefits

7.0 inch, 800(w) x 480(h) pixel, 256k true colour, TFT active matrix, 1000 (typ) cd/m2. LCD brightness is adjustable over a suitable range to accommodate different working conditions.
Windows CE 5.0 Operating System
USB Host Port on Front Face protected with self closing Protective Cover
4 x Integrated Lightbars. Each Lightbar has 1 central Green LED with 3 Amber LED’s each side of the central LED.
Ambient light sensor for Automatic brightness control
17 Logically placed backlit keys which provide crisp tactile feedback when activated.
39-pin sealed military rated quick release tool-less connector
Field upgradeable software via USB 2.0 port.
In-built buzzer (with adjustable levels) for Operator feedback and warning

Trimble GCS900 System

2D Machine Control System
Key System Features: CB450 or CB460 full-color graphical control box with internal lightbars – 2D or 3D capable Simple cross slope-only configurations to combinations of single/dual laser and single/dual sonic tracers Lift and tilt automatic blade control control for controlling both the elevation and slope of the blade Angle sensors capable of 100% slopes Left and right auto/manual and offset switches On-machine components are portable between machine types, without software/firmware upgrades On-machine components are modular and can be added or removed depending upon application 3-5 mm (1-2/100’s) vertical accuracies Systems are easily upgradeable to 3D
Configuration	Target Machines	Description	Key Components
Elevation Control	Dozers Graders	Single control system that uses a laser receiver to control the lift of the machine blade for flat work and finished grading	Laser Laser receiver Control box
Dual Eelevation OR Elevation and Blade Slope Control	Dozers Graders	Dual control system that controls both the lift and tilt of the machine blade for flat, slopework and finished grading	Laser 2 Laser receivers or Laser receiver Slope sensor Control box
Cross-Slope Control	Dozers Graders	Cross-slope control system to be used on motor graders for fine grading work for road maintenance, ditches and slope work	2 angle sensors Rotation sensor Control box
Cross-Slope and Elevation Control	Graders	Highly flexible cross-slope and elevation control system for fine grading work with tight tolerances for road maintenance and construction, embankments, flat and slope work	2 angle sensors Rotation sensor Laser receiver -or- Sonic tracer Control box
Depth, Slope, and Elevation	Excavators	Highly flexible system for excavation, trenching, grading and profile work	Angle sensors Laser catcher Control box
Grade and Slope Control	Asphalt Pavers	Grade and slope control system for paving of base material and asphalt	Sonic tracer Sonic Averaging Beam Contact sensor Slope sensor Control box
3D Grade Control System
Key System Features: CB450 or CB460 full-color graphical control box with internal lightbars – 2D or 3D capable On-machine software available in 25 languages, configurable on-the-fly, with a button press Integrated smart GNSS antenna, cab and blade mountable, quick release mounting for removal Indicate or automatic blade control configurations Auto-sideshift of the motor grader blade supported Dual GNSS blade mounted solution provides the most versatile grading solution on the market On-machine components are portable between machine types, without software/firmware upgrades On-machine components are modular and can be added or removed depending upon applications Multiple system configurations for fine and finished grade applications, depending on project requirements – GNSS with Laser Augmentation and Universal Total Station based solutions Global solutions for two-way data transfer or synchronization of data between machine and office
Configuration	Target Machines	Description	Key Components
Single GNSS	Dozers Graders Scrapers Excavators	Cost effective, full 3D control system that measures the position and slope of the blade and compares that to design data for rough grading and mass excavation on complex design surfaces	Angle and rotation sensors Single Smart GNSS Antenna Control box Rugged on-machine radio
Dual GNSS	Dozers Graders Scrapers Excavators	Full 3D control system that measures the exact position, cross slope and heading of the blade, bucket, drum for rough grading and mass excavation on steep slopes and complex design surfaces	Dual Smart GNSS Antennas Control box Rugged on-machine radio
Single GNSS or Dual GNSS	Soil Compactors	Continuous compaction control and documentation for Soil Compaction with real-time material compaction mapping and detection	Single or dual Smart GNSS Antenna(s) Compaction sensor Control box Rugged on-machine radio
Single GNSS OR Dual GNSS With Laser Augmentation	Dozers Graders	Single and dual GNSS systems enhanced with laser augmentation to improve vertical accuracy for high accuracy guidance to complex design surfaces such as super-elevation grading for rough through finished grade work	Single or dual Smart GNSS Antenna(s) Laser receiver Control box Rugged on-machine radio
Universal Total Station	Dozers Graders Excavators Soil Compactors	Total station based system for applications requiring extreme accuracy for lift and layer control, material monitoring, or for jobs where GNSS is not the ideal solution because of overhead obstructions	Single on-machine active target Control box Rugged on-machine radio Universal Total Station
Universal Total Station	Asphalt Pavers Milling Machines Trimmers	Total station based systems for high accuracy paving, milling and trimming without stringlines	Single on-machine active target Control box Rugged on-machine radio Universal Total Station