Dimension, Lamp life, CMH 20W G8.5 3000K

Dimension

14.5⁜mm

85⁜mm MAX	52 ± 1.mm0⁜
	LCL

12.0⁜mm

1.0⁜mm

Lamp life

Life survival graphs are shown for statistically representative batches of lamps operated under controlled nominal conditions with a 7 hours per start switching cycle. Declared lamp life is the median value, i.e. when 50% of lamps from a large sample batch would have failed. Lamp life in service is affected by a number of parameters, including supply voltage variation, switching cycle, operating position, ballast impedance tolerance, luminaire design and mechanical vibration.

The information provided is intended to be a practical guide for comparison with other lamp types. Determination of lamp replacement schedules will depend upon relative costs of spot or group replacement and acceptable reduction in lighting levels.

Note: Representative curves are shown for Vertical Base-Up lamp orientation unless otherwise specified. Life performance is significantly increased in the Horizontal burning position.

CMH 20W G8.5 3000K

		100%
	survival	80%
	survival	60%
	Lamp%	60%
	Lamp%	40%
		40%
		20%
		0%

0	2	4	6	8	10	12
		Burning times (thousand hours)

CMH 35W G8.5 3000K and 4200K

	100%
survival	80%
survival	60%
Lamp%	40%
	20%
	0%

0	2	4	6	8	10	12	14
			Burning times (thousand hours)

CMH 70W G8.5 3000K and 4200K

	100%
survival	80%
survival	60%
Lamp%	60%
Lamp%	40%
	20%
	0%
	0	2	4	6	8	10	12	14

Burning times (thousand hours)

G8.5 specifications

The GE G8.5 is a revolutionary imaging system that represents a significant advancement in medical technology. It is designed primarily for the healthcare sector, integrating cutting-edge features and innovative technologies to enhance diagnostic capabilities and improve patient outcomes.

One of the standout features of the G8.5 is its high-resolution imaging capability. The system is equipped with advanced imaging sensors that capture images in remarkable detail, allowing clinicians to make accurate assessments quickly. The high-resolution images enable better visualization of smaller anatomical structures, making it easier to diagnose various conditions during imaging procedures.

Another key characteristic of the GE G8.5 is its user-friendly interface. Designed with healthcare professionals in mind, the interface provides an intuitive experience that streamlines workflow. Clinicians can easily navigate through different settings, make adjustments on the fly, and access patient data without any hassle. This improves efficiency, allowing healthcare providers to focus more on patient care rather than being bogged down by complex technology.

In addition to its imaging capabilities and user interface, the G8.5 features advanced connectivity options. This includes seamless integration with hospital information systems and electronic medical records. As a result, it supports better data sharing among medical professionals and enhances collaboration in patient care. Clinicians can access medical histories, previous imaging results, and consult with colleagues in real-time, further elevating the quality of care provided.

Furthermore, the GE G8.5 incorporates artificial intelligence (AI) technologies that assist in image analysis and interpretation. These AI-driven features enhance diagnostic accuracy and reduce the potential for human error. The system can automatically detect anomalies, suggest relevant parameters, and even prioritize images for review, significantly speeding up the workflow and enabling practitioners to make informed decisions.

Lastly, the GE G8.5 is built to meet stringent safety and regulatory standards, ensuring that it offers not only advanced technology but also reliability and patient safety. With its durable design and high-quality components, it is engineered for long-term use in busy medical environments.

In conclusion, the GE G8.5 is a state-of-the-art imaging system endowed with high-resolution capabilities, a user-friendly interface, advanced connectivity, AI integration, and a commitment to safety. These features position it as a vital tool in modern healthcare, ready to transform the landscape of medical imaging and diagnostics.