Fuel Flow Transmitter

Technical Information

Catalogue No: C0686
Category: Fuel Systems
Object Type: Sensor/Transducer
Object Name: Fuel Flow Transmitter
Part No: 3D 442
Serial No: 282/67
Manufacturer: Elliott Bros
Division: Unknown
Platform(s):
Year of Manufacture: 1967
Dimensions:
Width (mm):
122 
Height (mm):
143 
Depth (mm):
169 
Weight (g):
2,038 
Location: Archive Object Store
Inscription(s):

Elliott
Transmitter Flowmeter
Type No. 3D 442
Serial No. 282/67
Ref. No. 6A 6045
────────────────
Mod No.
3AR2852
────────────────
HOUSING STAMPED WITH:
SC7100

Notes:

In the mid 60’s the Aircraft Engine Instruments Division of Elliotts specialised in the control and management of fuel propulsion systems and its many products included Fuel Flow Transmitters.

The Transmitter is a transducer that measures the rate of fuel flowing through it and converts this to an electrical signal to drive a remote meter. It was developed from the well-proven variable orifice type units that the Division had manufactured for a wide range of civil aircraft such as the Trident and military aircraft. The unit was designed for direct engine mounting and typically had an accuracy of ± 1.0% of actual flow rate over the cruise band.

The Fuel flow business was important to Elliotts and it was in 1964 that the new Fuel Flow laboratory was opened at Rochester. It offered a unique service in Europe. It was designed to test fuel flow equipment for the new generation of supersonic aircraft where fuel temperature of 150°C or higher would be encountered, and units would be required to operate at rigid standards of accuracy under extreme conditions of temperature (up to 200°C ambient) and in areas of extreme vibration.

The Laboratory can achieve gravimetric calibration accuracy within an error band of ±0.1% of flow rate under the following conditions:
1. Flow rates from 50 to 120,000 lb/hr.
2. Fuel temperatures from -55°C to +180°C.
3. Ambient temperatures from -60°C to +200°C.

There is also a vibrator capable of producing a maximum thrust of 500 pounds with frequencies of up to 3,000 c.p.s. for resonance searches.

Click to enlarge