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BSI 23/30466266 DC 2023

$13.70

BS ISO 18170. Aerospace series. AC induction electric motor driven, variable delivery, hydraulic pumps. General requirements

Published By Publication Date Number of Pages
BSI 2023 62
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PDF Catalog

PDF Pages PDF Title
8 Foreword
9 1 Scope
2 Normative references
10 3 Terms and definitions
16 4 General requirements
4.1 Order of precedence
4.2 Electrical system characteristics
4.3 Hydraulic system characteristics
4.4 Airworthiness requirements
4.5 Qualification
5 Functional requirements
5.1 Functional requirements – electrical
5.1.1 AC power requirements
18 5.1.2 Electromagnetic interference
5.1.3 Electrical bonding
19 5.1.4 Protection requirements
5.1.5 Electric motor cooling methods
20 5.2 Functional requirements — Hydraulic
5.2.1 Hydraulic fluid
5.2.2 EMP pump pressure
21 5.2.3 Inlet pressure
5.2.4 Case drain pressures
22 5.2.5 Flows
23 5.2.6 EMP pump characteristics
5.2.7 Rated speed
26 5.2.8 Efficiency
5.2.9 Heat rejection
5.2.10 Variable delivery control
29 5.2.11 Rated temperature
5.2.12 Dry running
30 5.3 Functional requirements — EMP integrated assembly
5.3.1 Acoustic noise level
5.3.2 Endurance
5.4 Environmental requirements
6 Detailed design requirements
6.1 Dimensionally critical components
31 6.2 Maintainability features
6.3 Seals
6.4 Lubrication
6.5 Balance
6.6 Self-contained failure
6.7 Safety wire sealing
6.8 Electro-conductive bonding
32 6.9 Marking
6.9.1 Nameplate
6.9.2 Fluid identification
6.9.3 Ports
6.9.4 Direction of rotation
6.9.5 Electrical connection details
33 7 Strength requirements
7.1 General
7.2 Electric motor
7.2.1 Motor case
7.3 Hydraulic pump requirements
7.3.1 Pressure loads
7.3.2 Proof pressure
34 7.3.3 Ultimate pressure
7.3.4 Pressure impulse (fatigue)
7.3.5 Port strength
8 Construction
8.1 Materials
8.1.1 General
35 8.1.2 Metals
8.2 Corrosion protection
8.2.1 General
36 8.2.2 Ferrous and copper alloys
8.2.3 Aluminium alloys
8.3 Castings
9 Installation requirements
9.1 Dimensions
9.2 Mass
9.2.1 General
37 9.2.2 Centre of mass
9.3 Mounting
9.4 Orientation
9.5 Hydraulic ports
9.6 Electrical connections
10 Maintenance
10.1 Maintenance concept
10.2 Service life limitations and storage specifications
38 11 Reliability
11.1 Equipment compliance
11.2 Requirements
12 Quality assurance provisions
12.1 Responsibility for inspection
12.2 Classification of tests
12.3 Test stand requirements
12.3.1 General
12.3.2 Hydraulic requirements
39 12.3.3 Electrical requirements
13 Acceptance tests
13.1 General
13.2 Examination of the product
13.3 Test program
13.3.1 General
40 13.3.2 Electrical checks
13.3.3 Hydraulic checks
13.3.4 Break-in run
13.3.5 Proof pressure test
41 13.3.6 Load cycles
13.3.7 Tear-down inspection
42 13.3.8 Run-in
13.3.9 Functional tests
13.3.10 Pressure control test
13.3.11 Calibration
43 13.3.12 Efficiency check
44 13.3.13 Wear test
45 13.3.14 Electro-conductive bonding
13.3.15 Storage and packaging
14 Qualification tests
14.1 Purpose
14.2 Qualification procedure
14.2.1 Qualification by analogy
14.2.2 EMP qualification test report
14.2.3 Samples and program of qualification tests
46 14.2.4 Dimensional check
14.2.5 Expanded envelope acceptance tests
47 14.2.6 Proof pressure and load cycle tests
14.2.7 Calibration
14.2.8 Maximum pressure and response time tests
49 14.2.9 Heat rejection test
14.2.10 Loss of cooling
50 14.2.11 Electrical tests
51 14.2.12 Endurance test
56 14.2.13 Minimum inlet pressure test
14.2.14 Dry run test
14.2.15 Environmental tests
58 14.2.16 Structural tests
60 14.2.17 Explosion proof test
14.2.18 Short circuit test
61 14.2.19 Drive coupling shear test
14.2.20 Supplementary tests
62 Bibliography
BSI 23/30466266 DC 2023
$13.70