|
Universal Shock Tube Initiator (USTI)
|
|
| Approvals: |
-
Certified by Naval EOD Tech Division
to meet MIL-STD-461E.
-
Certified by the USAF Nonnuclear
Munitions Safety Board for USAF
EOD operational use. Certification
log number: 04-2-5.
|
The USTI was designed to work with
all robots and remote firing sets
in use today by the US military over the
entire industrial temperature range.
The firing sequence is triggered by
an input pulse longer than 10 ms from
17 to 400 volts. The firing circuit then automatically
charges and delivers a high energy pulse to the plasma
arc tip.
Available through GSA Advantage
|
Specifications:
|
| Weight: |
1 lb |
| Size: |
5.7" x 3.7" x 2.0" |
| Power: |
Two 9-volt batteries |
| Operating Temperature: |
-40°C to +85°C |
| Humidity: |
95% non-condensing |
| Case: |
Aluminum with black powder coat and o-ring environmental seal |
|
|
Remote Fire Control Systems
|
|
Duke Pro manufactures a series of remote controlled fire control
systems. Our core software has been safety tested and approved
by the Army ARDEC.
Custom derivations are available. Please call us for details.
|
| 40mm Grenade/M202 LAW launcher Fire Contol System |
Other Photos |
-
Controls 6 separate ordnances
on upto 5 separate robots.
- Capable of initiating launch of 30 40mm grenades or 20 LAW rockets downrange in just over 5 seconds.
- Remote unit is powered by 27-42 VDC.
- Control unit is powered by two 9-volt batteries.
- 120-bit authentication to get through fire sequence
-
Versions available for SQUIB and shock tube initiation
and to control laser-initiated ordnance.
- Software and packaging have been safety tested and certified by Army ARDEC
- Tested and passed E3, RFI, and shock and vibration testing at Army ARDEC
|
|
This is a closeup of the control unit for
the Remote Fire And Control System (RFACS). The
6-pin connector in the center near the top of the
panel is the receptacle for the security key.
(Click on image for a larger view.)
|
|
This is the quad initiator mounted on the back
of the LAW launcher in the above photo.
(Click on image for larger view.)
|
|
This is a frame from a video taken during Army
live fire testing of the quad LAW rocket launcher.
(Click on image for larger view.)
|
|
This shows the Quad LAW initiator in action.
Mounted on the rear of a clip for an M202, the
initiator shown is one of the early prototypes.
(Click on image for a larger view.)
|
|