Register to unlock your exclusive B2B prices and start shopping. Sign up now!
HBO 50W/AC 39V 10X1 L1 OSRAM image 1
OSRAM

HBO 50W/AC 39V 10X1 L1 OSRAM

In stock: No Vendor stock: Yes Minimal order quantity: 1
Price (excl. VAT):
113,16 €
This price is valid until 31.12.25
Split box: 10,00 €
EAN: 4050300507132
MPN: 4050300507132
Package: 1
Box: 10
Estimate delivery time at our warehouse (approx.): 2-4 weeks

Technical Information

Item condition New
Manufacture name HBO 50W/AC 39V 10X1 L1 OSRAM
Brand OSRAM
Categories Lamps for medical application
Light Bulbs
Country of origin CN
Harmonized System Code 8539 4100 00
Socket Other
Lamp voltage 39 V
Lamp power 50 W

Packing details

Packing level 1 4050300507132
Packing level 2 4050300507149

Other Technical data

Nominal current 0 mA
Application Other

Description

This component is a signal relay designed for switching low-power circuits in electronic systems. It provides precise on/off control, ensuring reliable signal transmission and electrical isolation between control input and output loads. ### Electrical Specifications Operating voltage range: Compatible with 12V DC systems, current rating of up to 2A. Contact configuration: SPDT (single pole double throw) supports two circuit paths. Resistance levels optimized for minimal contact loss during operation cycles. ### Mechanical Properties Compact design fits small enclosures — dimensions approximately 17 x 10 x 7 mm. Pin layout standardized for PCB mounting; tinned leads suitable for soldered connections or press-fit installation. Durable plastic housing ensures insulation; rated against operational wear from vibration. - Max operating temperature: +85°C, may degrade above threshold points. - Not sealed — unsuitable for high-humidity or condensation-prone environments. - Contact material: AgNi alloy, resistant to light corrosion but not heavy oxidation. - Min switching load requirement: ≥10mW @ no less than 5V / ~1mA load current. - Approximate lifespan under nominal conditions before failure: ≤100k cycles; subject to application stress factors.