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H PLANE BEND

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MOQ : 1 Piece

H PLANE BEND Specification

Application
Microwave & RF transmission line bending

Usage
H PLANE BEND

Max Height
Dimension dependent on frequency band

Humidity
0-95% RH (non-condensing)

Temperature
-40C to +85C

Features
Low insertion loss, precision machined, corrosion resistant

Accuracy
Typically waveguide specification-dependent

Specimen Size
Depends on waveguide size

Equipment Type
H PLANE BEND

Product Type
H PLANE BEND

Frequency
X-band (8.2-12.4 GHz typical)

Port Size
Waveguide Standard (e.g., WR-90)

Interface Type
Flanged waveguide

Mounting Type
Flange mount

Automation Grade
Manual

Capacity
Handles standard waveguide power

Machine Weight
Approx. 1.8 kg

Test Stroke
Up to 90 bend

Control Mode
Manual

Connectors
Waveguide flange (UG-39/U, UG-40/U, etc.)

Bend Angle
90 Degrees (standard), custom on request

VSWR
1.10:1 max (depends on frequency band)

Finish
Anodized/Conductive Epoxy

Waveguide Type
Rectangular H-plane

Material
Aluminum or Brass with Silver/Gold plating

Insertion Loss
Less than 0.05 dB (typical)

Compliance
Meets ISO and industrial standards

Customization
Available for various frequency bands

H PLANE BEND Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About H PLANE BEND

H Plane bend

Bends areused to change the direction in a waveguide run.

They areclassified as E & H bends.

A bend whoseplane is parallel to the plane of the magnetic vector is called H bend whilewhose plane is parallel to the plane of the electric vector is called E bend

Engineered for High Performance

The H PLANE BEND is manufactured from premium materials such as aluminum or brass. Each unit undergoes anodizing or conductive epoxy finishing, ensuring robustness and a long operational lifespan even in demanding environments. Precision machining guarantees a tight tolerance and highly reliable waveguide performance.

Versatile Applications Across Industries

Suitable for laboratories, radar systems, and communication setups, this H PLANE BEND excels in any scenario requiring waveguide transmission line redirection. Its corrosion-resistant build and customizable features make it the preferred choice for scientists, engineers, and OEMs alike.

Flexible Customization Options

Whether your project requires adaptation for a specific frequency band or a non-standard bend angle, the H PLANE BEND can be customized to meet precise application needs. Users can specify interface types, plating materials, and more, making integration simple and efficient.

FAQ's of H PLANE BEND:

Q: How do I install the H PLANE BEND in my waveguide system?

A: To install the H PLANE BEND, align its flanged connectors (such as UG-39/U or UG-40/U) with corresponding waveguide ports and secure using compatible hardware. Ensure a proper gasket and seal for optimal RF performance.

Q: What types of customization are available for this H PLANE BEND?

A: We offer customizations in bend angle (other than the standard 90), waveguide size, frequency range accommodation, plating materials, and connector types. Contact us to discuss your particular requirements.

Q: When should I consider using an H PLANE BEND in my system?

A: An H PLANE BEND is ideal when you need to change the direction of microwave or RF signals within a waveguide without impacting transmission efficiency, particularly in applications like radar, laboratory testing, and communications infrastructure.

Q: Where can this H PLANE BEND be used?

A: This waveguide bend is commonly employed in laboratories, communication networks, and radar systems, wherever precise microwave or RF signal control is required across X-band and custom frequencies.

Q: What benefits does the anodized or conductive epoxy finish provide?

A: The anodized or conductive epoxy finish enhances corrosion resistance and electrical performance, ensuring dependable operation and extended lifespan, even in humid or high-temperature environments.

Q: How does the product maintain low insertion loss and VSWR performance?

A: Precision engineering, high-quality plating, and strict adherence to waveguide standards help keep insertion loss under 0.05 dB and maintain VSWR at 1.10:1 maximum, ensuring signal integrity is preserved.

Q: Is this product compliant with necessary standards and suitable for export?

A: Yes, the H PLANE BEND complies with ISO and recognized industrial standards, making it suitable for distribution, export, and use in professional-grade projects worldwide.

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