MODUK DEF STAN 61-12: PART 33 PDF

Name:
MODUK DEF STAN 61-12: PART 33 PDF

Published Date:
11/25/2002

Status:
[ Revised ]

Description:

Wires, Cords and Cables, Electrical Part 33 Airframe Wires and Cables in the Temperature Categories of 135°C, 150°C, 200°C and 260°C Sectional Specification

Publisher:
British Defence Standards

Document status:

Active

Format:

Electronic (PDF)

Delivery time:

10 minutes

Delivery time (for Russian version):

200 business days

SKU:

The test methods and requirements reflect the minimum properties which conductors, wires and cables shall meet for MOD use. The unique properties and construction of particular wire or cable shall be specified in the relevant Defence Standard Supplement.

Edition :	I4
Number of Pages :	42
Published :	11/25/2002

History

MODUK DEF STAN 61-012: PART 33

Published Date: 09/14/2023

Wires, Cords, and Cables, Electrical Metric Units Part: 33 : Airframe Wires and Cables in the Temperature Categories 135° C, 150° C, 200° C and 260° C

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MODUK DEF STAN 61-12: PART 33

Published Date: 08/01/2005

Wires, Cords and Cables Electrical Metric Units Part 33 Airframe Wires and Cables in the Temperature Categories of 135°C, 200°C and 260°C

MODUK DEF STAN 61-12: PART 33

Published Date: 08/01/2005

Wires, Cords and Cables, Electrical Part 33 Airframe Wires and Cables in the Temperature Categories of 135°C, 200°C and 260°C

MODUK DEF STAN 61-12: PART 33

Published Date: 11/25/2002

Wires, Cords and Cables, Electrical Part 33 Airframe Wires and Cables in the Temperature Categories of 135 Degrees Celsius, 150 Degrees Celsius, 200 Degrees Celsius and 260 Degrees Celsius

MODUK DEF STAN 61-12: PART 33

Published Date: 11/25/2002

Wires, Cords and Cables, Electrical Part 33 Airframe Wires and Cables in the Temperature Categories of 135°C, 150°C, 200°C and 260°C Sectional Specification

MODUK DEF STAN 61-12: PART 33

Published Date: 11/25/2002

Wires, Cords and Cables, Electrical Part 33 Airframe Wires and Cables in the Temperature Categories of 135°C, 150°C, 200°C and 260°C Sectional Specification