CHECKING THE REMAINING NUMBER OF IMAGES AND RECORDING TIME

For information about the card’s and internal memory’s capacity, please see “Possible No. of Images/possible Shooting Time” on page 80.

œTo check the number of pictures or time remaining in the camera’s internal memory, do not insert a memory card.

1 Set the main switch to [Õ].

2 Open the lens cover.

œSelect any shooting mode other than [Ø].

œThe remaining number of images appears in the upper right of the LCD monitor (for the still image and sequential shot shooting modes).

œThe remaining video recording time appears in the upper right of the LCD monitor (for the video clip shooting mode).

œThe remaining number of images and video clips differs depending on the resolution and compression rate settings.

œWhen the indication for the remaining number of images or video clips becomes 0, no more images can be recorded. To record more images, either replace the card with another one, or save the recorded card data (see page 57) and then erase the card (see page 53).

<Still image shooting

mode>

18

<Sequential shot shooting mode>

18

<Video clip shooting

mode>

œEven when the indication for the remaining number of images or video clips becomes 0, in some cases further recording may be possible if you change the shooting mode, lower the resolution (see page 37), and/or increase the compression rate (see page 39).

1:05

71English

Page 76
Image 76
Fisher VPC-R1E Checking the Remaining Number of Images and Recording Time, Set the main switch to Õ Open the lens cover

VPC-R1EX, VPC-R1, VPC-R1E specifications

The Fisher VPC-R1E, VPC-R1, and VPC-R1EX are advanced pressure regulators designed for precise control in various industrial applications. These units are celebrated for their robustness, reliability, and advanced features that meet the demands of process automation and control systems.

The VPC-R1E model is particularly notable for its electronic control capabilities. It integrates digital technology to allow for dynamic pressure regulation and monitoring. This model features a built-in pressure sensor and a user-friendly interface, enabling operators to adjust settings quickly and efficiently. The electronic control also contributes to improved accuracy, minimizing pressure fluctuation and ensuring a stable output.

On the other hand, the VPC-R1 is designed with a focus on mechanical simplicity paired with high performance. Its durable construction ensures reliability in harsh industrial environments. This model is equipped with a diaphragm sensing element that provides excellent responsiveness to pressure changes. The VPC-R1’s straightforward design allows for easy maintenance, making it an ideal choice for facilities looking for a dependable yet low-maintenance solution.

The VPC-R1EX variant extends the functionality of the VPC-R1 by enhancing its operational capabilities in potentially explosive environments. It is built with explosion-proof enclosures and complies with stringent safety regulations. This model is suitable for applications in oil and gas, chemical processing, and other industries where safety is paramount. The VPC-R1EX ensures that even in the most hazardous conditions, reliable pressure regulation is maintained without compromising safety.

All three models feature a compact design that allows for easy installation and integration into existing systems. They are compatible with a broad range of fluids, making them versatile for various applications. Features such as high-quality materials, exceptional sealing performance, and a wide operating temperature range further enhance their appeal.

In summary, the Fisher VPC-R1E, VPC-R1, and VPC-R1EX regulators represent cutting-edge solutions for pressure control in industrial settings. With advanced electronics, reliable mechanical performance, and safety features that cater to hazardous environments, these regulators are the preferred choice for engineers and procurement managers aiming for efficiency and safety in their operations. Each model caters to specific needs, offering the flexibility and reliability required in today's fast-paced industrial landscape.