A-type SS Glycerine filled Pressure Gauge - SS case Pressure Gauge

1. Size Dial

40--80MM,100 mm (4”) & 150mm (6") White Anodised Aluminium marked in black finish

Single or dual scale

2. Mounting

Direct, Surface and Flush Pointer

Stainless steel coloured black

3. Case & Bezel Options: Micrometer Adjustable

Rugged one-piece full Safety Pattern case to S3 standard

with a solid baffle partition wall and full blow out back

4. Movement

manufactured in 1.6mm thick, 316L stainless steel. Stainless Steel Construction

Option : Viscous Damped movement to overcome the effects

5. Scale Ranges of minor pressure pulsations

0 to 600 mbar to 0 to 1400 bar Pressure

Equivalent units of pressure / vacuum available Window

Single and dual scales are available 3mm Laminated Safety Glass (Standard)

Option: Acrylic Plastic Window

6. Pressure Element

≤80 Bar – 316L Stainless Steel Bourdon Tube Environmental

7. Rating

≥81 Bar - 316L Stainless Steel Coil IP67 as defined in EN 60 529

8. Overload Traceability

Units withstands overload pressure up to 130% of FSD All instruments are individually calibrated and have an unique

Overload & vacuum stops are fitted on the movement Serial Number printed on the dial. A Certificate of Conformity

Traceable to National Standards is Supplied Free of Charge

Option: Mechanical overload clamps fitted internally to

enable units to withstand up to 3x the max scale reading

9. Certification available

BS EN 10204 3.1B Material Certification

10. Pressure Connection in 316 Stainless Steel Point by Point Test Certificate

3/8”, 1/2” BSP

1/2” NPT Safety

Other connections available, contact our Sales Dept for details All units are manufactured to comply with EN 837-1, S3

specification and other regulatory standards including PED.

11. Accuracy Class

CL:1 1.0% of FSD as defined in EN837-1 Installation

12. instructions

Option: 0.5% of FSD as defined in EN837-1 Refer to EN 837-2

13. Temperature Temperature Effect

Operating: -20 to +90 ºC Variation in indication caused by temperature shall not exceed

Storage: -40 up to +100 ºC ± 0.04 x (t2 – t1)% of the span where: