Honeywell IntuVue RDR-7000 User manual

INTUVUE
RDR-7000 WEATHER
RADAR SYSTEM
QUICK START GUIDE

RDR-7000 with 18”
Antenna
Maximum Permissible Exposure
Level (MPEL) distance
Safe fuel distance
Test Mode distance
10.1 ft
(3.1 m)
1.9 ft
(0.6 m)
0.67 in
(1.7 cm)
7.0 ft
(2.1 m)
1.3 ft
(0.4 m)
0.46 in
(1.2 cm)
RDR-7000 with 12”
Antenna
SAFE DISTANCE
(for 10 miliwatts/centimeter )
2
• Ensure that there is sufficient space on all sides while working.
• Protect the device from direct sunlight.
WARNING
• Operation in test mode does not emit harmful radiation.
Advisory circular 20.68B defines minimum safe levels of RF energy radiation. The RF
energy radiated by the RDR-7000 weather radar system is low level.
• No tests should be made in the vicinity of fueling operations.
• Do not operate the radar in any other mode unless all personnel are at a safe distance.
SAFETY INSTRUCTIONS

FAQ
Where can I find the RDR-7000 installation manual and other documentation?
Where can I purchase upgraded software features for the RDR-7000?
Where can I find information on the Primus 8X0/P6XO Series Trade-In Program?
Access Honeywell technical publications at
aerospace2.honeywell.com/wps/myportal/tech-pubs
Visit our RDR-7000 product page for more information purchasing additional features at
aerospace.honeywell.com/en/learn/products/weather-radar/rdr-7000.
Access Honeywell Sales Bulletins at
aerospace.honeywell.com/en/secure/downloads/sales-bulletins
US / Canada (toll-free): 1-855-808-6500
International Direct: 1- 602-365-6500
• Select option 1 for BUSINESS AND GENERAL AVIATION
- Select option 1 for AVIONICS
• Select option 3 for COMMERCIAL HELICOPTER
- Select option 1 for AVIONICS
Email: [email protected]
TECHNICAL SUPPORT

OVERVIEW
FP 7000 (Antenna)
Bulkhead Spacer
8 captive screws for
antenna mounting
SD card slot
Guide pin receivers
for backshell
RJ45 connector
Bulkhead spacer hardware
ART 7000

1WIRING
The RDR-7000 is designed to be a drop-in replacement for existing Primus radar
systems; no wiring changes should be required in this scenario. Updated installations
using Real-Beam Maritime and/or 3D Volumetric Buffer may require additional wiring.
2FLAT PLATE INSTALLATION
Remove the FP-7000 and/or ART-7000 from their storage containers (if applicable).
Carefully position the FP-7000 on the ART-7000.
Engage the four captive screws (outer screws) to attach the FP-7000 to the ART-7000.
Engage the four captive screws (inner screws).
Torque the screws to 23 to 25 in-lb (2.6 to 2.8 Nm), starting with the inner screws.
d.
e.
f.
g.
There will be approximately an eighth-inch gap between the antenna and the
ART-7000.
NOTE
It is highly recommended to use a 9/64 ball-end hex driver (included), that allows off
angle driving of hardware.
Visually inspect and remove any debris.c.
Remove the sticker from the back of the Flat Plate.
a.
b.
h.
Fig. 1. Flat Plate Installation
Refer to the full RDR-7000 installation manual and/or the appropriate STC for
instructions on how to complete the wiring.
NOTE

3RADAR INSTALLATION
Move the ART-7000 to the open radome.
For 18” antenna systems, align the 1-inch spacer behind the ART-7000, if necessary.
Hold the assembled unit along with the 1-inch spacer firmly in position on the nose
bulkhead mounting plate and attach with four through bolts.
a.
b.
c.
• Attach the top bolts first.
• Torque the screws to 30 to 35 in-lb.
Electrical grounding is required. If not attached to a bonding surface, add a
ground strap.
Attach the aircraft electrical connector to the ART-7000 and tighten the
captive screws.
Visually inspect the installation. Remove any debris from the area.
Ensure that there is no constraint on the full range of motion of the antenna
(cables, other equipment, etc.)
d.
e.
f.
g.
Do not touch the electrical pins of the connectors. Damage can occur to
the ESDS components.
Fig. 2. Radar Installation
OR

4SOFTWARE CONFIGURATION
A software configuration file must be uploaded to the RDR-7000 to operate the radar
successfully.
Create SW configuration file
Visit Honeywell Aerospace Software & Data Services at ads.honeywell.com.
Select "Custom Software and EMS" and then "RDR-7000".
Follow the instructions to create and download a SW configuration file.
a.
b.
c.
Install SW configuration file
Proceed to step 5 of this guide for instructions on how to install the SW configuration
file.
You must provide your own SD card. No special equipment or precautions are needed
when using an SD card.
NOTE
If both are used at the same time, the SD card will take precedence.
NOTE
5SOFTWARE LOADING
Application software and/or software configuration files can be loaded using either a
Secure Digital (SD) card or via the ARINC 615-A (Ethernet) protocol.
Using an SD Card
Power down the radar.
Locate the SD card slot on the base of the ART-7000.
Swing the rubber cover away from the SD card slot.
Insert the SD card into the slot. The SD card will only fit one way; if it seems difficult to
insert, turn it over. The slot is spring loaded, so the SD card will click into place when
properly installed.
a.
b.
c.
d.

Fig. 3. SD Card Slot
If the SD card contains valid files, uploading will commence.
Observe the LED to determine the success of the uploading operation.
Once the data loading operation has successfully completed, remove the SD card by
pushing it in (it will then pop out) and replace the rubber cover.
Re-start the radar (power down and then power up again).i.
•Flashing Green = In progress
•Green = Data fully loaded
•Yellow = Invalid SD card or contents
•Red = Failed, try again
f.
g.
h.
Using AIRINC 615A (Ethernet)
Power up the radar.
At power-up, the radar software will look for the presence of an ARINC 615A data loading
device.
Re-start the radar (power down and then power up again).
If this data loading device is detected, the radar system will perform the appropriate data
loading function.
a.
b.
d.
c.
Power up the radar.e.

6TESTING
Ensure that all personnel are a safe distance from the radar.
Power up the radar.
Select TEST from the Controller or the Aircraft Maintenance System.
Confirm that the color test pattern is displayed on the radar display.
Close the radome and secure it.
Power down the radar.
Allow approximately 60 seconds for TEST to finish.
Confirm that the correct equipment and software part numbers are displayed. If any
software part number is incorrect, refer to the installation manual for complete loading
instructions.
Verify that no errors are reported by the technician at the Controller or the Aircraft
Maintenance System; any faults are displayed after the completion of the TEST
sequence.
a.
b.
c.
d.
h.
i.
e.
g.
f.
Fig. 7. Part Number Fig. 8. Part Number Fig. 9. Fault Number
Fig. 4. No Fault Fig. 5. Fault Number Fig. 6. Test Pattern