B08_ATCH_1_SALIENTS.pdf

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Height Instr. /GNSS Receiver and Accs. IAW Salients
Solicitation number
140G0126Q0218
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This document is a Salient Characteristics specification for federal contract opportunities S26035 and S26036 outlining surveying and mapping equipment and accessories required in specific quantities.

The procurement includes three primary equipment categories. The Digital Height Instrument section specifies four units with level accuracy of 0.3 mm or better, electronic measurement range of 1.5 m to 100 m, internal memory capacity of at least 30,000 data lines, IP55 ingress protection rating, rechargeable lithium-ion battery capable of powering the unit for at least 3 days on a single charge, operating temperature range of -25 to 50°C, and maximum weight of 8.5 lbs. Associated accessories include USB cables (Hirose 6-pin to USB adapter), lithium-ion replacement batteries, dual battery chargers with North American plugs, priority support plans, rod covers, and leveling rods capable of reaching at least 16 ft. in height with bar code and feet/tenths graduations.

The GNSS Receiver section specifies two integrated GNSS units for land surveying and mapping with integrated antenna, calibration-free IMU tilt compensation, at least 9.5 GB internal memory, Bluetooth and Wi-Fi connectivity, USB-C communications, and maximum RTK precision of 8 mm horizontal and 15 mm vertical. Additional receiver requirements include simultaneous tracking of GPS, GLONASS, Galileo, BEIDOU, QZSS, SBAS, NavIC, and L-band signals; 672 GNSS channels; integrated 4G LTE cellular modem; sealed dual-band 450/900 MHz radio modem; rechargeable removable lithium-ion smart battery; IP67 case rating; MIL-STD-810H compliance; and operating temperature range of -40 to 65°C. Associated accessories include packout kits, transport cases, dual battery chargers, base and rover mode configurations, and controllers featuring 5-inch multitouch transflective LCD displays, 2.7 GHz processors, 10-hour battery operation, 16 MP rear-facing cameras, 8 GB RAM, 128 GB Flash memory, Android 14 operating system, IP68 rating, MIL-STD-810H certification, AT&T and Verizon certification, and maximum weight of 3.0 lbs. The specification also requires field applications software with perpetual licensing, pole mount clamps and brackets, rover rods, thumb release bipods, pole bags, priority support plans including telephone support, on-site support, free loaner equipment, and training resources, and free RTK correction subscriptions providing centimeter-level positioning accuracy via network or satellite delivery.

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B08_ATCH_2_508.pdf PDF
B08_ATCH_3_FISMA.pdf PDF

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Salient Characteristics S26035/S26036

DIGITAL HEIGHT INSTRUMENT And ACCESSORIES

4 EA. Digital Height Instrument:

1. Shall consist of a digital height (level) measurement instrument for surveying applications.

2. Shall have a level accuracy of 0.3 mm, or better.

3. Shall have an electronic measurement range of 1.5 m to 100 m (4.92 ft. to 328.08 ft.).

4. Shall be capable of measuring to a measurement field as small as 30 cm.

5. Shall include a graphical backlit display and an alphanumeric keypad with navigation arrow keys.

6. Shall have internal memory capacity of at least 30,000 data lines.

7. Shall support external memory via an external USB flash drive.

8. Shall have an Ingress Protection (IP) rating IP55 (dust & waterproof), or better.

9. Shall be capable of operating from an internal rechargeable Lithium-Ion battery that is capable of powering the unit up to at least 3 days on a single charge.

10. Shall operate over a range of temperature from at least -25 to 50o C.

11. Shall weigh no more than 8.5 lbs.

12. Shall include a field transport case capable of housing the instrument and related accessories such the battery, data transfer cable(s), and user documentation.

4 EA. USB Cable

13. Shall be compatible with the Digital Height Instrument described above.

14. Shall consist of a Hirose 6-pin to USB adapter cable.

4 EA. Lithium Ion-Battery:

15. Shall consist of a replaceable, lithium-ion battery that is compatible with the Digital Height Instrument described above.

4 EA. Dual Battery Charger:

16. Shall be compatible with the Digital Height Instrument described above.

17. Shall consist of a dual-slot battery charging cradle.

18. Shall include power supply and power cord.

19. Shall include North American plugs.

4 EA. Priority Support Plan:

20. Shall consist of a priority customer support plan that includes, at a minimum, the following:

- priority telephone support (i.e. first call back)

- on-site support

- free loaner equipment

- and access to training resources.

4 EA. Rod Cover:

21. Shall consist of a cover for the rod described below.

4 EA. Levelling Rod:

22. Shall consist of a telescopic levelling rod.

23. Shall be capable of reaching at least 16 ft. in height.

24. Shall include bar code graduations on one-side and feet/tenths on opposite side.

GNSS RECEIVER And ACCESSORIES

2 EA. GNSS Receiver:

1. Shall consist of an integrated GNSS (Global Navigation Satellite System) for land surveying and mapping applications.

2. Shall include an integrated GNSS antenna.

3. Shall include calibration-free Inertial Measurement Unit (IMU) based tilt compensation technology for accurate stakeout and measuring points without having to precisely level the survey pole.

4. Shall have at least 9.5 GB internal memory.

5. Shall include Bluetooth and Wi-Fi connectivity.

6. Shall include USB-C communications.

7. Shall have a maximum Real-time Kinematic (RTK) precision of 8 mm horizontal and 15 mm vertical, or better.

8. Shall be capable of surviving a drop onto a hard surface (such as concrete) from a height of at least 6 ft.

9. Shall have case that is rated IP67 or better and be MIL-STD-810H compliant.

10. Shall have positioning rates of up to 20 Hz.

11. Shall include lemo-type ports for power and data.

12. Shall include technology to minimize the negative effects of solar activity on GNSS signals.(IonoGuard)

13. Shall include one-year of free RTX correction service.

14. Shall include features/technology that provide centimeter level backup corrections via satellite if RTK signal sources are interrupted due to signal disruption or loss of radio.

15. Shall be capable of simultaneously tracking at a minimum, the following satellite signals:

GPS, GLONASS, Galileo, BEIDOU, QZSS, SBAS. NavIC, and L-band.

16. Shall have GNSS chips with minimum of 672 channels.

17. Shall have an integrated Worldwide 4G LTE compliant cellular modem.

18. Shall have a fully integrated sealed dual-band 450/900 MHz radio modem.

19. Shall use rechargeable, removable Lithium-ion “smart” battery with LED status indicators.

20. Shall be capable of operating from an external 12 VDC (nominal) power source.

21. Shall operate over a range of temperature from at least -40 to 65o C.

22. Shall be no larger than 4.6 x 5.5” and weigh no more than 2.5 lbs. with battery, radio, and antenna.

2 EA. Packout Kit for Receiver:

23. Shall consist of a Receiver Kit that provides everything needed to deploy the Receiver in rover mode, with power, connectivity, and protection included. Kit shall include, at a minimum, the following items:

- Antenna

- Quick-release data cable

- Two batteries

- Dual-bay battery charger

- Trimble hard case for secure storage and transport

2 EA. Receiver Transport Case:

24. Shall consist of a rugged hardshell transport case for the receiver and controller.

25. Shall include foam inserts for receiver, controller, batteries, cables, and accessories.

2 EA. Dual Battery Charger:

26. Shall be compatible with the Receiver described above.

27. Shall consist of a dual-slot battery charging cradle.

28. Shall include power supply and power cord.

29. Shall include North American plugs.

2 EA. Base and Rover Mode Configuration:

30. Shall be compatible with Receiver described above.

31. Shall include the configuration necessary to activate the Receiver to be usable in a Base and Rover mode.

2 EA. Controller Kit:

32. Shall consist of a Controller Kit with, at a minimum, the following items:

- The Controller as described below

- Glass screen protector

- Screen cleaning kit

- USB-C cable, 2 m lg.

- Capacitive stylus,

- Soft carrying case

2 EA, Controller for Receiver:

33. Shall be compatible with the Receiver described above. Shall include a 5” color, multi-touch, transflective LCD display.

34. Display shall also be readable in sunlight and include anti-glare features.

35. Shall include computer processor operating at speeds up to 2.7 GHz or faster.

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

37. Shall be capable of operating for at least 10 hrs. on a single charge.

38. Shall have a speaker and external audio (USB-C or Bluetooth headset) support

39. Shall be capable of WWAN Worldwide Network connectivity.

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

41. Shall include a stylus with tether.

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

43. Shall have a rear facing camera capable of 16 MP resolution, or better.

44. Shall include an integrated 6-axis accelerometer, magnetic sensor, ambient light sensor, SAR sensor, and keypad & LCD sensor.

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

46. Shall have at least 8 GB RAM memory and 128 GB Flash memory.

47. Shall be capable of operating Android 14 operating system.

48. Shall be capable of operating over a range of temperatures from at least -30 to 60o C.

49. Shall have an IP rating of at least IP68 and be MIL-STD-810H certified.

50. Shall have Wi-Fi (dual-band) and Bluetooth communications.

51. Shall be AT&T and Verizon certified.

52. Shall weigh no more than 3.0 lbs. without battery and accessories.

2 EA. USB Charger

53. Shall consist of a 65w USB type C wall charger for the controller.

2 EA. Field Applications Software (Perpetual License):

54. Shall be compatible with the Controller described above.

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

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

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

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

59. Shall support coordinate geometry routines.

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

2 EA, Pole Mount Clamp (Quick-Release):

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

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

63. Shall be provided with mounting screws.

64. Shall be made of corrosion resistant materials.

2 EA, Pole Mount Bracket:

65. Shall be used with the Controller described above.

66. Shall allow the Controller to snap/lock into place on the bracket.

67. Shall be provided with mounting screws.

68. Shall be made of corrosion resistant materials.

2EA. Rover Rod:

69. Shall consist of a 2-piece screw together rover rod.

70. Shall have a fixed 2m height.

71. Shall include a 5/8 x 11 tip and a 40-minute vial.

72. Shall weigh no more than 2.6 lbs.

2 EA, Thumb Release Bipod:

73. Shall consist of a prism pole, or GPS antenna, bipod.

74. Shall have a “no crush” bipod head.

75. Shall include a thumb release clamp locking mechanism for quick positioning of a pole.

76. Shall have independent telescoping legs capable of extending up to at least 6 ft.

77. Shall have fluorescent, yellow-colored legs.

2 EA. Pole Bag:

78. Shall consist of a cylindrical field bag with zipper for prism pole and accessories.

79. Shall be fluorescent yellow in color and at least 55” in length.

2 EA. Priority Support Plan:

80. Shall consist of a priority customer support plan that includes, at a minimum, the following:

- priority telephone support (i.e. first call back)

- on-site support

- free loaner equipment

- and access to training resources.

2 EA RTK Correction Subscription (free):

81. Shall include a free RTK subscription which provides real-time GNSS correction data to achieve centimeter-level positioning accuracy via network or satellite delivery, eliminating the need for a personal base station.

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