ENC10/12 Weather-Resistant Enclosure, 10 x 12 inches

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Standardgehäuse / ENC10/12

ENC10/12 Weather-Resistant Enclosure, 10 x 12 inches

Robust und vielseitig
Geräte von Campbell können bequem eingebaut werden

Überblick

Das Enc10/12 ist ein wetterfestes Gehäuse, 25,4 cm breit und 30,5cm hoch. Es ist das kleinste unserer Gehäuse und kann einen kleinen Logger, eine Stromversorgung und ein kleines Peripheriegerät aufnehmen. Oder es kann für ein Gerät verwendet werden, dass separat vom Logger aufgbaut werden soll.

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Funktionen und Vorteile

Wasserdicht zum Schutz der Instrumente
Rückwand so ausgelegt, dass Komponenten von Campbell Scientific leicht und sicher montiert werden können
Weisse, UV-stabile Gehäuse reflektieren die Sonnenstrahlen und reduzieren so Temperaturgradienten im Gehäuse ohne dass ein weiterer Strahlungsschutz nötig ist

Bilder

3D/CAD-Dateien:

Zugehörige Produkte

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Technische Beschreibung

The ENC10/12's backplate is prepunched with one-inch-on-center holes suitable for attaching a datalogger, power supply, and a communications or measurement and control peripheral.

Kompatibel mit

Please note: The following shows notable compatibility information. It is not a comprehensive list of all compatible products.

Datenlogger

Product	Compatible	Note
CR1000 (retired)		Although the CR1000 is compatible, this data logger can only fit inside the ENC10/12 if it is mounted vertically rather than horizontally.
CR200X (retired)
CR216X (retired)
CR300 (retired)
CR3000		The ENC10/12 is compatible with the CR3000 using the -NB option (base with no battery). Similar to the CR800/CR850 and CR1000, the CR3000 must be mounted vertically rather than horizontally. No space remains in the enclosure for additional peripherals.
CR350
CR5000 (retired)
CR6
CR800 (retired)		Although the CR800 is compatible, this data logger can only fit inside the ENC10/12 if it is mounted vertically rather than horizontally.
CR850 (retired)		Although the CR850 is compatible, this data logger can only fit inside the ENC10/12 if it is mounted vertically rather than horizontally.
CR9000X (retired)

Peripheriegeräte

Product	Compatible	Note
AM25T
SDM-CVO4 (retired)
SDM-SIO4 (retired)

Kommunikation

Product	Compatible	Note
NL115 (retired)
NL120 (retired)

Additional Compatibility Information

Peripherals

Retired peripherals that won’t fit in the same ENC10/12 enclosure as the datalogger/power supply include the AVW4, AM416, COM100, CR10KD, DC1765, and RC35.

Spezifikationen

Color	White (Reflects solar radiation, reducing temperature gradients inside the enclosure without using a separate radiation shield.)
Construction	Fiberglass-reinforced polyester enclosure with door gasket, external grounding lug, stainless-steel hinge, and lockable hasps
Enclosure Classification	NEMA 4X (before being modified for cable entry)
Number of Cable-Entry Seals	1 medium, 2 small
Dimensions	30.5 x 25.4 x 11.4 cm (12 x 10 x 4.5 in.) internal 34.06 x 29.03 x 13.23 cm (13.41 x 11.43 x 5.21 in.) external
Weight	4.1 kg (9.0 lb)

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FAQs für

Number of FAQs related to ENC10/12: 15

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What can be done if an enclosure gasket becomes torn or damaged?

If you purchased a Stahlin enclosure from Campbell Scientific and it has a failed gasket, we can help you. We will need you to provide an image of the failed gasket, verify the size of your enclosure, and provide your contact information. We can then arrange to have a replacement gasket sent to you from Stahlin. For assistance, contact Technical Support at 435.227.9100.
What are the weight and internal dimensions of the ENC10/12?

The ENC10/12 weighs 9.0 lb. Its internal dimensions are 10 x 12 x 4.5 in.
Is a fiberglass enclosure suitable for an installation in a very cold location monitoring corrosion?

Our fiberglass enclosures can withstand very cold locations, and their fiberglass/plastic construction is very resistant to corrosion.
If the copper ground terminals attached to the bottom of an enclosure are oxidized and corroded, how can they be replaced?

The terminals do not need to be replaced. Just sand or file the corrosion away, exposing clean copper, and the fittings will continue to be functional.
How many mounting accessories should be ordered for each major device inside an enclosure?

It depends on the device. Most devices have built-in mounting flanges, but some items require a separate mounting bracket.
If the PVC fittings at the bottom of the enclosure have too small an inner diameter to accommodate all the cables passing through, is there a way to remove the PVC fittings?

Unscrew the PVC fittings to remove them.
Does the enclosure have a mounting bracket inside to mount the datalogger?

Yes. Each enclosure Campbell Scientific sells has a powder-coated backplate with holes on 1 in. centers that match the mounting flanges on our equipment for easy mounting.
What sizes do backplates come in?

Backplates are available in sizes designed to fit in Campbell Scientific enclosures: 10 x 12 in., 12 x 14 in., 14 x 16 in., and 16 x 18 in.
Can a display be put on the outside of an enclosure?

Yes. The CD100 mounts in an enclosure door and supports all of the CR1000KD capabilities. With the CD100, historic and real-time data can be read, and instructions can be entered without opening the enclosure door.

Other available options that display real-time data only are the CD295 and CD294.
How can a loose gasket on an enclosure be fixed?
The following information is applicable to many of Campbell Scientific’s standard enclosures and prewired enclosures.

Note: The procedure below will not work for torn or damaged seals.

To make a field repair to a loose gasket on an enclosure, first acquire an adhesive, such as standard Gorilla Glue, that is rated for use with polyurethane foam. The adhesive should be compatible with, and recommended for, use with polyurethane foam. Follow these steps:
1. Pull the gasket away from the gasket channel, being careful not to tear the gasket. The gasket does not need to be removed completely. Rather, remove only those areas that have pulled loose on their own. To keep the gasket up out of the way, lay a small object (such as a toothpick, pen, or pencil) horizontally across the channel.
2. Using an adhesive that is rated for use with polyurethane foam, apply a small bead of adhesive to the gasket channel. Because the adhesive’s only function is to keep the gasket in place, use it sparingly.
3. Remove any objects that were holding the gasket out of the way.
4. Carefully place the gasket in the gasket channel.
5. Wait 1 to 3 hours for the adhesive to cure before closing the door.

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