A06 Specifications.docx

Salient Characteristics S20022

GNSS RECEIVER AND ACCESSORIES BRAND NAME OR EQUAL

4 EA, GNSS Receiver:

1. Shall allow for satellite signals tracked simultaneously: GPS, GLONASS, Galileo, BEIDOU COMPASS.

2. Shall be capable of 360 GNSS tracking.

3. Shall be compatible with CenterPoint RTX, OmniSTAR HP, XP, G2, and VBS positioning or equivalent.

4. Shall be designed to survive a 6 ft pole drop onto hard surface.

5. Shall be Wi-Fi capable with encryption.

6. Shall have a vibration standard of at least MIL-STD-810F, FIG.514.5C-1.

7. Shall have at least 6 GB internal memory.

8. Shall have Bluetooth that is fully integrated with fully sealed 2.4 GHz communications port.

9. Shall have case that is IP67 dustproof, protected from water to depth of 3.28 ft.

10. Shall have electronic level bubble and tilt compensation.

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

12. Shall have integrated, 3.5 G modem, HSDPA 7.2 Mbps (download), GPRS multi-slot class 12, EDGE multi-slot class 12, UMTS/HSDPA (WCDMA/FDD), 800/850/900/1900/2100MHz, Quad-band EGSM 850/900/1800/1900 MHz, GSM CSD, 3GPP LTE.

13. Shall have radio modem that is sealed 450 MHz wide band receiver/transmitter with frequency range of 403 MHz to 473 MHz to allow assigned frequency.

14. Shall have power consumption that is no more than 4.2 W in Real-Time Kinematic rover mode with internal radio.

15. Shall have range of 3 to 5 km typical / 10 km optimal.

16. Shall have transmit power at 2 W.

17. Shall have USB v2.0 for data downloads and high-speed communication.

18. Shall have7-pin, lemo 3-wire serial.

19. Shall operate at –40° C to +65° C (–40° F to +149° F).

20. Shall operate in humidity up to 100%, condensing.

21. Shall run on 11 to 24 V DC external power input with over-voltage protection.

22. Shall use rechargeable, removable 7.4 V, 3.7 Ah Lithium-ion smart battery.

23. Shall use satellite or internet delivered corrections.

4 EA, Base and Rover Mode Configuration:

24. Shall be compatible with GNSS Receiver above.

4 EA, Power Supply and Cord:

25. Shall be compatible with GNSS Receiver above.

4 EA, Vehicle Charger:

26. Shall be compatible with GNSS Receiver above.

2 EA, Base Accessory Kit:

27. Shall be compatible with GNSS Receiver above.

28. Shall include pouch, 6Ah battery, charger, base station extension, tape, and Y-cable.

11 EA, GPS Antenna Tripod:

29. Shall be compatible with GNSS Receiver above.

30. Shall be aluminum.

31. Shall have legs that adjust it from 50 to 79 inches tall.

32. Shall have pointed metal feet to grip in soil and are replaceable.

33. Shall have built in compass.

11 EA, Bag:

34. Shall be compatible with GPS Antenna Tripod above.

35. Shall have shoulder strap.

2 EA, Controller for GNSS Receiver:

36. Shall be compatible with GNSS Receiver above.

37. Shall weigh no more than 3.5 lb.

38. Shall run on two (2) 3100 mAh (22.53 Wh) minimum capacity/3150 mAh (22.90 Wh) nominal capacity; that are removable.

39. Shall operate for up to 7 hrs.

40. Shall have speaker and microphone.

41. Shall have rear camera with 8 MP autofocus and flash or better.

42. Shall have operating temperature of -30°C to 60°C (-22°F to 140°F).

43. Shall have integrated GNSS with L1, GPS, GLONASS, and BeiDou.

44. Shall have integrated 3-axis accelerometer, magnetic, ambient light, and proximity sensor.

45. Shall have housing with glass-fibre reinforced resin and drop bumpers.

46. Shall have front camera with 2 MP fixed-focus or better.

47. Shall have installed software to collect, share, and deliver data information in field.

48. Shall have display that is 7”, 1280 x 800 landscape, 16:10, sunlight readable, LED backlit, 10 point capacitive multitouch modes.

49. Shall have charger/dc power-in, USB, and serial RS232 DB-9.

50. Shall have backlight keyboard with QWERTY or ABCD.

51. Shall have at least 8 GB RAM.

52. Shall have at least 64 GB for storage.

53. Shall have 64-bit quad-core processor.

54. Shall have 3.5 mm mini-jack.

55. Shall be WIFI and Bluetooth capable.

56. Shall be no larger than 8.2 by 11.9 by 2.76 inches.

57. Shall be AT&T and Verizon certified.

58. Shall allow for MicroSIM card.

59. Shall allow for expansion with SDXC card.

60. Housing shall allow for water immersion, to at least 3.2 ft depth for up to 2 hours.

2 EA, Controller Pole Mount:

61. Shall connect controller above to pole.

2 EA, Controller Carry Case Shoulder Bag:

62. Shall be compatible with Controller above.

2 EA, Controller Accessories:

63. Shall be compatible with Controller above.

64. Shall include external battery charger with international power cord and one set of two (2) batteries.

2 EA, Controller for Total Station:

65. Shall be compatible with Total Station specs below.

66. Shall be capable of humidity at 90%RH temp cycle –20 °C/60 °C (–4 °F/140 °F), with MIL-STD-810G rating or better.

67. Shall be no larger than 6 by 11 by 3 inches and weigh no more than 2.5 lb.

68. Shall have 256 MB RAM or better.

69. Shall have 8 GB onboard storage.

70. Shall have at least one (1) SDHC memory slot, and one (1) USB expansion slot.

71. Shall have display that is no smaller than 4.2 in (107 mm), 640 x 480 pixels, sunlight-readable, LED backlight, and touchscreen.

72. Shall have installed software to collect, share, and deliver data information in field.

73. Shall have full QWERTY keypad.

74. Shall have GPS interface software application.

75. Shall have integrated Bluetooth, Wi-Fi, 2.4 GHz frequency-hopping spread-spectrum radio modem.

76. Shall include radio antenna for 2.4 GHz radio modem.

77. Camera shall have integrated GPS, compass, and accelerometer.

78. Shall have at least a 5 MP auto focus camera with flash.

79. Shall have integrated speaker and microphone with 3.5 mm stereo headset connection for audio system.

80. Shall have operating temperature of –30 °C to 60 °C (–22 °F to 140 °F).

81. Shall have housing with at least an IP67 rating.

82. Shall have Texas Instrument Sitar 3715 series ARM Corte–A8 Processor (800 MHz) or equivalent.

83. Shall have USB Host, USB Client, DC power port, and 9-pin serial RS-232.

84. Shall include 28.9 Watt-hour Li-Ion battery, International AC power supply, hand strap, USB cable (mini), stylus tether, stylus (pack of 2), screen protectors, audio port dust cover, I/O port dust covers, standard soft case, and quick start guide sheet.

85. Shall run on 11.1 V, 2600 mAh, 28.9 Wh Li-Ion rechargeable battery pack.

2 EA, Controller Pole Bracket:

86. Shall be compatible with total station controller above and controller clamp specs below.

2 EA, Controller Clamp:

87. Shall connect controller pole bracket above to pole.

2 EA, Total Station:

88. Shall run on rechargeable Li-Ion batteries.

89. Shall have telescope with 30x magnification, 40 mm (1.57 in) aperture, field of view at 2.6 m at 100 m, Shortest focusing distance at 1.5 m (4.92 ft)–infinity and illuminated crosshair.

90. Shall have target re-acquisition time of less than 3 seconds.

91. Shall have solution acquisition time of less than 30 seconds.

92. Shall have shortest search distance at 0.2 m (0.65 ft).

93. Shall have search time between less than10 seconds.

94. Shall have root-mean-square error distance measurement accuracy at 2 mm + 2 ppm and 4 mm + 2 ppm depending on method with prism.

95. Shall have prism mode measuring time at under 1.5 seconds.

96. Shall have overall product laser class 2.

97. Shall have operating temperature of -20 ºC to +50 ºC.

98. Shall have measurement range with prism from 0.2 m to at least 5500 m.

99. Shall have ISO distance measurement accuracy at 1 mm + 2 ppm.

100. Shall have integrated servo and angle sensor that is electromagnetic direct drive with rotation speed of 115 degrees per sec (128 gon/sec), rotation time from face 1 to face 2 at 2.6 sec, 180 degrees (200 gon) positioning at 2.6 sec, and capable of servo-driven clamps and slow motions.

101. Shall have camera with color digital image sensor, 2048 x 1536 pixels, 23mm focal length 3m to infinity depth of field, 16.5 x 12.3 (18.3 gon x 13.7 gon) field of view, digital zoom, and video streaming up to 5 frames per second.

102. Shall have centered dual-axis automatic level compensator with accuracy of 0.5" (0.15 mgon) and range of ± 5.4' (±100 mgon).

103. Shall have centering system, built-in optical plummet and shortest focusing distance at 2.3×/0.5 m–infinity (1.6 ft–infinity).

104. Shall have direct reflect measuring range from 1m to at least 2200 m.

105. Shall have direct reflect mode measuring time in at least 5 seconds.

106. Shall be capable of distance measurement accuracy without a prism at .2 mm + 2 ppm and 10 mm + 2 ppm depending on method.

107. Shall have dual-layer password protection security.

108. Shall have electrical distance measurement with laser class 1.

109. Shall have electronic 2-axis level with a resolution of at least 0.3” (0.1 mgon).

110. Shall have encoder with diametrical reading angle sensor.

111. Shall have GPS Search/GeoLock for 360 degrees (400 gon) or defined horizontal and vertical search window.

112. Shall have housing with at least IP65 rating.

113. Shall be capable of autonomous surveys with autolock range with Target, specs below, at 800 m (2,625 ft).

114. Shall be capable of autonomous surveys with autolock pointing precision at less than mm (0.007 ft) with Target, specs below.

115. Shall have angle measurement accuracy at 1" (0.3 mgon).

116. Shall have angle display of 0.1" (0.01 mgon) at least count.

117. Shall have 8'/2 mm circular level.

118. Shall have 2.4 GHz frequency-hopping, spread-spectrum radios for communication between the handheld controller and the Total station.

119. Shall be capable of USB, Serial, and Bluetooth communication.

120. Shall be capable of robotic surveying.

121. Shall be capable of electrical distance measurement

122. Shall be capable of 300m point precision at less than 1mm and range to passive prisms up to 700m with minimum spacing between prisms at 200m precision should be no less than 0.8m.

6 EA, Battery:

123. Shall be compatible with Total Station specs above.

124. Shall be Lithium-ion 10.8V 6500mAH 70Wh.

2 EA, Robotic Pole:

125. Shall read direct for 135 mm prism height.

126. Shall have locking system.

127. Shall have dual graduations.

128. Shall extend up to at least 8.5 feet.

129. Shall be compatible with Total Station specs above and Target specs below.

2 EA, Charger:

130. Shall be compatible with Total Station specs above.

131. Must be a pair of dual slot charger with car charger adapter included.

2 EA, Target:

132. Shall also work as a passive 360 prism.

133. Shall be capable of prism constant at +10mm.

134. Shall be compatible with Total Station specs above.

135. Shall have eight (8) channels.

136. Shall have target height at 135mm.

137. Shall include battery.

138. Shall also work as a passive 360 prism.

2 EA, Handheld GNSS system:

139. Shall have L1 and L2 GNSS receiver and external antenna.

140. Shal have 1.0 /gHz processor or better.

141. Shall be capable of GPS, GLONASS, Galileo, BeiDou, QZSS, WAAS, EGNOS, MSAS, GAGAN, and SBAS+.

142. Shall be capable of up to 220 channels or better.

143. Shall be compatible with CenterPoint Real-Time eXtended (RTX) positioning, or equivalent, via cellular with horizontal at least 4 cm HRMS and vertical at least 10 cm VRMS for integrated Geo positioned surveys.

144. Shall be compatible with GSM, GPRS, EDGE, UMTS, HSPA+, CDMA, and EV-DO Rev. A networks.

145. Shall have 3-axis gyro, magnetometer, accelerometer built in sensors with heading accuracy of at least ±1.5°, inclination accuracy of at least 0.5° and roll accuracy of at least ±0.5°.

146. Shall have at least 4 GB user memory with SD slot allowing at least 32 GB.

147. Shall have at least 256 MB RAM.

148. Shall have at least MIL-STD 810G Method 516.6 Procedure I shock rating.

149. Shall have built in 5 MP camera or better.

150. Shall have GNSS accuracy for static and rapid static surveys at 75 cm + 1 ppm HRMS and postprocessed at 50 cm + 1 ppm HRMS.

151. Shall have correction protocols for broadcasting corrections to other receivers and allow more repeaters can be used on a site.

152. Shall have distance sensor with passive range up to 120 m, reflective range to 200 m, accuracy of at least 0.05 m and range precision of at least 0.01 m.

153. Shall have GPS receiver with RTX corrections that can achieve a real time accuracy of 10 cm.

154. Shall have IP65 rated housing.

155. Shall have National Marine Electronics Association receiver protocols.

156. Shall have Real-time Centimeter mode accuracy with horizontal at 1 cm + 1 ppm HRMS and vertical at 1.5 cm + 2 ppm VRMS and postprocessed Centimeter mode accuracy with horizontal at 1 cm + 1 ppm HRMA (horizontal root mean square} and vertical at1.5 cm + 1 ppm VRMS (vertical root mean square).

157. Shall have Satellite-Based Augmentation System accuracy at less than 100 cm.

158. Shall have touch panel and at least 4.2” VGA (640 x 480) LED display.

159. Shall have update rate at no less than 1 Hz.

160. Shall have Wi-Fi and Bluetooth.

161. Shall have installed software to collect, share, and deliver data information in field.

162. Shall run on rechargeable, removable Li-Ion battery.

163. Shall take less than 45 seconds for first fix.