Representative photo. Please check item description for details.

XT-800 Series XT800-4-CS-SS-.5-32.5-58500-J-H---collars

https://www.branom.com/web/image/product.template/531841/image_1920?unique=bd35833
(0 review)

Manufacturer: Setra Systems LLC (dba Gems Sensors)

Mfg Product Code: W1083495

Weight: 14.0 lb(s)

On Hand: 0

Model: XT-800
Specific Gravity: .89
Max. Pressure: 3
Stem Length: Up to 72"
Stem Construction: Tubing (for units < 72")
Operating Temp.: 200
Stem Material: Carbon Steel/316 SS
Mounting Type: (4) 3" 150# Flange
Termination: Junction Box
Output: 4 - 20mA
Float Material: 316 Stainless Steel
Float Type: 316 Stainless Steel (43590)
Media Type: oil
Float Stops: Collars
Indicating Length: 32.5"
C Dimension: .5"
Overall Length(B Dimension): 36.437


2,188.43 2188.43 USD 2,188.43

2,188.43

Not Available For Sale

  • Measurement Maximum
  • Process Connection Type
  • Process Connection Size
  • Process Connection Location
  • Measurement Minimum

This combination does not exist.


Product Datasheets

Datasheet 1

XT-800 Series XT800-4-CS-SS-.5-32.5-58500-J-H---collars

  • Measurement Maximum
  • Process Connection Type
  • Process Connection Size
  • Process Connection Location
  • Measurement Minimum

2,188.43 2188.43 USD 2,188.43

2,188.43

Not Available For Sale

This combination does not exist.


Model: XT-800
Specific Gravity: .89
Max. Pressure: 3
Stem Length: Up to 72"
Stem Construction: Tubing (for units < 72")
Operating Temp.: 200
Stem Material: Carbon Steel/316 SS
Mounting Type: (4) 3" 150# Flange
Termination: Junction Box
Output: 4 - 20mA
Float Material: 316 Stainless Steel
Float Type: 316 Stainless Steel (43590)
Media Type: oil
Float Stops: Collars
Indicating Length: 32.5"
C Dimension: .5"
Overall Length(B Dimension): 36.437


Measurement Maximum:0
Process Connection Type:NPT-Male
Process Connection Size:2"
Process Connection Location:Top
Measurement Minimum:0


Specifications

Measurement Maximum 0
Process Connection Type NPT-Male
Process Connection Size 2"
Process Connection Location Top
Measurement Minimum 0