Ametek Solfrunt Gauges

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 15 psi 0.1 psi 1/2 NPT Bottom stem 1981 Series. 316L stainless steel socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 15 psi 0.1 psi 1/2 NPT Bottom stem 1982 Series. Alloy steel socket. (PIC) Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1919 Series, Bottom stem 1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 30" H20 0.2" 1/2 NPT Bottom stem 1919 Series. NI−SPAN C Bourdon tube. Brass socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 30 psi 0.2 psi 1/2 NPT Bottom stem 1981 Series. 316L stainless steel socket. (PIC) Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 30 psi 0.2 psi 1/4 NPT Bottom stem 1982 Series. Alloy steel socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 30 psi 0.2 psi 1/4 NPT Bottom stem 1980 Series. Phosphor bronze Bourdon tube. Brass socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 60 psi 0.5 psi 1/2 NPT Bottom stem 1981 Series. 316L stainless steel socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 60 psi 0.5 psi 1/2 NPT Bottom stem 1986 Series. K MONEL® Bourdon tube and socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 60 psi 0.5 psi 1/4 NPT Bottom stem 1980 Series. Phosphor bronze Bourdon tube. Brass socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 160 psi 1 psi 1/2 NPT Bottom stem 1982 Series. Alloy steel socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1986 Series, Bottom stem 1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 200 psi 2 psi 1/2 NPT Bottom stem 1986 Series. K MONEL® Bourdon tube and socket. (PIC) Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 300 psi 2 psi 1/4 NPT Bottom stem 1980 Series. Phosphor bronze Bourdon tube. Brass socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 300 psi 2 psi 1/2 NPT Bottom stem 1986 Series. K MONEL® Bourdon tube and socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 400 psi 5 psi 1/2 NPT Bottom stem 1986 Series. K MONEL® Bourdon tube and socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 600 psi 5 psi 1/4 NPT Bottom stem 1981 Series. 316L stainless steel socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 600 psi 5 psi 1/2 NPT Bottom stem 1986 Series. K MONEL® Bourdon tube and socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 800 psi 10 psi 1/2 NPT Bottom stem 1986 Series. K MONEL® Bourdon tube and socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 1000 psi 10 psi 1/2 NPT Bottom stem 1981 Series. 316L stainless steel socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 4−1/2" 0 − 1000 psi 10 psi 1/2 NPT Bottom stem 1986 Series. K MONEL® Bourdon tube and socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem 1903 Series, Back stem Ametek Solfrunt Gauge 6" 30 Hg − 0 − 15 psi 0.5 Hg 0.25 psi 1/2 NPT Back stem 1903 Series. Phosphor bronze Bourdon tube. Brass socket. (PIC) Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.

Product Details:
1982 Series, Bottom stem Ametek Solfrunt Gauge 6" 30 − 0 − 100 psi 2" 1 psi 1/2 NPT Back stem 1903 Series. Phosphor bronze Bourdon tube. Brass socket. Designed for pressure measurements as low as a few inches of water, these gauges, in spans from 30" H20 to 10 psi utilize a unique sensing element. It is composed of a stack of diaphragm capsules, each consisting of two plates contoured into a convex / concave configuration to nest into one another. This results in a low internal volume element developing large forces to drive the mechanism in extremely low pressure ranges.