A06_Specifications.docx

Salient Characteristics S21127

1 EA, TOTAL STATION

SALIENT CHARACTERISTICS:

1 EA, Total Station:

1. Shall be a total station instrument for surveying, imaging, and 3-D scanning applications.

2. Shall be a robotic-enabled instrument allowing single-user operation.

3. Shall have an angle accuracy of 1 inch, or better.

4. Shall include an electromagnetic direct drive system that provides frictionless motion to reduce equipment wear.

5. Shall include technology that utilizes images and video to assist with or performing data collection.

6. Shall include technology that maintains a user defined equal density of points to avoid capturing too many points at short distances and too few points at longer distances.

7. Shall include technology that automatically corrects for unwanted movement due to wind, sinkage, or other factors.

8. Shall include technology that always allows the instrument to be physically located and provide alerts if the instrument is relocated, or experiences unexpected equipment shock.

9. Shall be capable of keeping up-to-date data on equipment usage, firmware, applications, and maintenance requirements.

10. Shall be capable of detecting targets without interference from surrounding prisms to ensure target lock over long distances.

11. Shall be capable of delivering point precision of less than 1 meter at distances up to at least 250 m (820 ft.).

12. Shall include Direct Reflex (DR) and Electronic Distance Measuring (EDM) Technology.

13. Shall have ISO distance measurement accuracy in prism mode of at least 1 mm + 2 ppm (0.003 ft + 2 ppm).

14. Shall have RMSE distance measurement accuracy in prism mode of at least 2 mm + 2 ppm (0.0065 ft + 2 ppm).

15. Shall have DR Mode distance measurement accuracy of at least 2 mm + 2 ppm (0.0065 ft + 2 ppm).

16. Shall include an automatic level compensator with a range of +/-5.4 ft. and an accuracy of 0.5” or better.

17. Shall have measurement range (Prism Mode) from 0.2 m to at least 2,000 m (6,562 ft) and a Long Range (Prism Mode) of at least 5,000 m (16,404 ft).

18. Shall have DR mode range with the following:

a. 90% reflective white card - at least 1,300 m (4,265 ft) in good/normal visibility.

b. Shall have DR extended range mode with 90% reflective white card to at least 2,000 m (6,562 ft).

19. Shall have an electronic 2-axis level in the LC-display with a resolution of at least 0.3” (0.1 mgon).

20. Shall include a built-in camera with video streaming capability.

21. Shall operate from an internal rechargeable Lithium-Ion battery with an operating time of at least 6 hours on a single charge.

22. Shall have a built-in optical plummet.

23. Shall have a built-in telescope capable of at least 30x magnification.

24. Shall be capable of USB, Serial, Bluetooth communications.

25. Shall have operating temperature range from -20 ºC to at least +50 ºC.

26. Shall have an Ingress Protection (IP) rating of at least IP65.

27. Shall have dual-layer password protection.

28. Shall be capable of robotic surveying.

a. Shall have robotic range with passive prisms of at least 500 m (1,640 ft).

b. Shall have 2.4 GHz frequency-hopping, spread-spectrum radios.

29. Shall have a GPS search solution acquisition time of no more than 30 seconds.

30. Shall have a minimum 2-yr. warranty.

1 EA, MultiTrack Target:

31. Shall be compatible with the Total Station described above.

32. Shall consist of a 360o integrated prism with a range of at least 750 m (2,461 ft.) and accuracy of 5”, or better.

33. Shall be capable of providing fully coaxial active and passive tracking to locate and lock-on correct target.

34. Shall have the ability to select and support up to eight (8) different channels (prisms).

35. Shall operate from a rechargeable Lithium-Ion battery capable of providing at least 6 hours of active tracking on a single charge.

36. Shall include one battery.

37. Shall have target height of 135 mm (5.3”).

38. Shall have prism constant of +10 mm (0.39”).

1 EA, Battey Charger Set of 2:

39. Shall consist of a set of two (2) chargers for the batteries described below.

40. Shall have North American plug.

41. Each charger shall have two (2) slots each equaling four (4) slots for the set.

42. Shall include cigarette lighter adapter(s), AC power supply(s) and cord(s).

3 EA, Battery:

43. Shall be compatible with Total Station system described above.

44. Shall be a Lithium-Ion rechargeable type.

45. One battery shall be capable of powering the unit for at least 6 hours, or with 3 batteries, in multi-adapter, up to 20 hours.

1 EA, Bipod:

46. Shall be compatible with Total Station system described above.

47. Shall be a thumb release type bipod for a range pole.

48. Legs shall be capable of extending up to 6 ft.

49. Shall be yellow in color.

50. Shall collapse down to 45 inches or less.

51. Shall weigh less than 5 lbs.

1 EA, Robotic Pole:

52. Shall be compatible with Total Station system described above.

53. Shall be graduated to read direct for a 135 mm (5.3”) prism height.

54. Shall be made of carbon fiber and aluminum.

55. Shall telescope up to 8.5 ft (2.60 m) and collapse down to 4.9 ft (1.52 m).

56. Shall have a TLV type locking mechanism.

57. Shall have built-in 40-minute vial and pin locking every 6 inches.

58. Shall have dual graduations imprinted in centimeters and 0.01’on the inner pole.

59. Shall weigh no more than 2.5 lbs.

1 EA, Controller for Total Station:

60. Shall be compatible with Total Station described above.

61. Shall include a 5” color, multi-touch, touchscreen display. Display shall also be readable in sunlight and include anti-glare features.

62. Shall include computer processor operating at speeds up to 2.2 GHz or faster.

63. Shall operate on rechargeable Lithium-Ion type batteries.

64. Shall be capable of operating for at least 12 hrs. on a single charge.

65. Shall have a speaker and microphone.

66. Shall have backlit alphanumeric keyboard with QWERTY type key arrangement.

67. Shall include at least 10 programmable function keys.

68. Shall include a stylus with tether.

69. Shall include USB ports for power charging and data transfer.

70. Shall have a rear facing camera capable of 13 MP resolution, or better.

71. Shall include an integrated accelerometer, compass, and gyro sensor.

72. Shall have integrated GNSS with GPS, GLONASS, BeiDou, Galileo, and QZSS support.

73. Shall have at least 4 GB RAM memory and 64 GB Flash memory.

74. Shall be capable of operating Android 10 operating system.

75. Shall be capable of withstanding a drop from 4 ft. onto a hard surface such as concrete.

76. Shall be capable of operating over a range of temperatures from at least -25 to 60o C.

77. Shall have Wi-Fi (2.4 GHz) and Bluetooth communications.

78. Shall be AT&T and Verizon certified.

79. Shall allow for MicroSIM card expansion capability.

80. Shall include all applicable accessories including cables, (USB), hand strap, screwdriver, stylus tips, soft carry case, etc.

1 EA, Software:

81. Shall be compatible with the Controller described above.

82. Shall consist of field applications software to support workflows with the Total Station described above.

83. Shall be optimized for measuring points, stake-out points, lines, arcs, alignments, and scanning.

84. Shall provide graphical routines for calculating points and features.

85. Shall be capable of providing a continuous display of maps or video and forms in a “side-by-side” manner.

86. Shall support coordinate geometry routines.

87. Shall allow user to collect, share, and deliver data and information in the field.

1 EA, Pole Mount Clamp:

88. Shall be compatible with the Pole Mount Bracket described below.

89. Shall be a “quick-release” type and include an adjustable arm.

90. Shall be provided with mounting screws.

91. Shall be made of corrosion resistant materials.

1 EA, Pole Mount Bracket:

92. Shall be used with the Controller described above.

93. Shall connect controller to a pole.

94. Shall be made of corrosion resistant materials.

1 EA, Radio Module

95. Shall consist of an external 2.4 GHz radio module for wirelessly communicating with the Robotic Total Station system described above.

96. Shall be capable of connecting to the controller system described above.

97. Shall allow for like robotic radio control, sub-meter GNSS, RFID scanning, or barcode reading. functions.

98. Shall include an appropriate whip antenna.