Technical Specifications
Electronic block for Fuze Time and PD with inductive setting and battery
for 155mm Gun Ammunition
Φ25mm H- 15mm
Design guidelines MIL-STD-1316D, STANAG 4187 and MIL-STD-331B
| Dimensions including battery | Φ25mm H- 15mm |
|---|---|
|
Total Weight |
40 g |
|
Built-in battery |
15 years warrantee MIL-STD 810G 10 g weight Operating temperature range. -40 °C ÷ +85 °C Storage temperature range -55 °C ÷ +85 °C Oven at +150 °C Acceleration 50,000 gn Spinning 30,000 rpm |
|
Option – other Power source (fan) |
4V – 30V |
|
Consumption in active mode |
0.02 mW |
|
Remote inductive programming |
from 10 cm |
|
Built-in 3D accelerometer Output data rate Sensitivity Clock frequenc |
100/200 or 300 g, 400Hz, 780 mg/digit 400 KHz |
|
Dual safety for STANAG 4187 compliance |
Built-in 2nd safety acetometer mechanical key > 20 g |
|
Number of inputs |
1 |
|
Output 1 |
Fuze activation at safety barrel distance (programmable) |
|
Output 2 |
Burst |
|
Maximum output current |
3.5 A @ 3.5V |
|
Number of Timers |
8 |
|
Set time |
± 0.01 sec |
|
Time accuracy |
± 4 nano sec |
|
Max Time |
200 sec |
|
Fuze Arming Time |
Programmable. Should not be armed before 1,5 sec from launch time. |
|
Fuze Safety Distance |
Programmable |
|
PD back up |
In case of failure of Proximity |
|
Timer Fire support mode |
Regular artillery Mortar bombs 80mm, 120mm 122mm Grad missiles Ship artillery - shore bombardment Airburst Anty Aircraft |
|
OPERATING MODES |
Point Detonating SQ mode (electronic) · Timer burst after a preset time period · Timer burst at preset time period AFTER the maximum height is reached (top of the trajectory). · Timer burst at preset height (the 3D accelerometer determines the trajectory) Airburst mode with in real time inductive fuze setting(optional) |
Integration of all functions in a standard fuze volume
- Programming coil,
- Battery,
- Signal processing and power supply
- Programming and fuzing electronics,
- IM S&A Unit
- IM explosive train
Option to use Li-Ion battery, Supercapacitor, thermal battery, fan, piezo.
Possibility to program other functions of inputs and outputs.
| S.No | Parameter | Details |
|---|---|---|
|
a) |
Caliber |
For 155mm Ammunition fuzes |
|
b) |
Type |
Electronic Fuze, Time and PD Type with Inductive setting/NFC option |
|
c) |
Description |
The Fuze have two modes of operation: · Activation after a preset time period · Point Detonating Super Quick (PDSQ). (electronic) · Activation at preset time period AFTER the maximum height is reached (top of the trajectory zero g). · Activation at preset height (the 3D accelerometer determines the trajectory). Fuze functioning can be selected by inductive Fuze Setter. The Fuze have a PD back up in case of failure of Time .Function |
|
d) |
Fitment of the Fuze |
Φ25mm H- 15mm |
|
e) |
Fuze Arming Time |
Programmable. Should not be armed before 1,5sec from launch time. Programmable |
|
f) |
Fuze Safety Distance |
Programmable. Set for min meters from Muzzle End |
|
g) |
Time to Burst |
Set time ± 0.01 sec |
|
h) |
Velocity and Pressure |
The Fuze is safe for use in the Muzzle Velocity Range of 180 to 1000 m/s and have capacity to withstand Chamber Pressure up to 397±8 MPa |
|
j) |
Functional Reliability |
a) Functional reliability of at least 99% in Time Mode and 99% in PD mode b) There should be no deterioration in reliability during extended storage under field conditions |
|
k) |
Shelf Life |
a) Minimum 15 years under storage conditions during peace time b) Literature substantiating the claim that explosive filling would give stipulated shelf life needs to be made available |
|
l) |
Environmental Conditions |
|
|
|
Minimum Temperature for use |
-40 0C |
|
|
Maximum Temperature for use |
#ERROR! |
|
|
Minimum Temperature for storage |
-50 0C |
|
|
Maximum Temperature for storage |
#ERROR! |
|
|
Maximum Relative Humidity |
0,95 |
|
m) |
Safety |
a) The Fuze design complies with the design safety requirements, objectives and design guidelines as established by MIL-STD-1316D and STANAG 4187 b) The Fuze will be safe to transport, handle with dispose off after a 12 meter drop as per MIL-STD-331B, Test A3 c) The Fuze will be safe to transport and handle and fire but may not be operable after being subjected to the Jumble Test as per MIL-STD-331B, Test A1 d) The Fuze will be safe to transport and handle and fire but may not be operable after being subjected to the Jumble Test as per MIL-STD-331B, Test A2
|
|
n) |
Para Droppability |
The fuze must be safe during and after a Para Drop |
|
o) |
Bore and Muzzle Safety |
The fuze should be safe in bore and withstand the shock of discharge |
|
p) |
Spare Tools and Accessories |
Inductive Fuze Setter for setting the Fuze Mode and other parameters is provided |