GE
Measurement & Control
RHM 100
Coriolis Mass Flowmeter
for High Flow Applications
The RHM 100 can measure ow rates up to 720
t/h (26,455 lb/min) with pressures up to 189 bar.
This large sized model is optimal for loading and
unloading applications - manufactured by GE’s
Rheonik mass owmeter experts.
Applications
• Loading of boats, vessels, rail tank wagons
• Highly viscous media (low pressure drop and
excellent performance at low ow conditions)
Features
• Suitable for pressure up to 189 bar
• Flow uncertainty down to 0.15%
• Density uncertainty down to 0.5%
• Repeatability better than 0.05%
• Unique torsion oscillator
• Typical measuring ranges from 300 to 12000 kg/
min
• Minimal ows as low as 200 kg/min
• Heavy duty version available (increased wall
thickness of measuring loops for additional safety)
• Customization possible
• Hazardous Area Approvals (ATEX, CSA, ...)
Advantages
• High ow rates for fast lling, in combination with
high operating pressure
• Torsion oscillator design assures most stable and
basically drift free measurement and increased
signal to noise ratio
• Not sensitive to changes in pressure
• Longest life time and increased safety (low stress
in welds and increased wall thickness against
abrasion)
• No moving parts, practically no maintenance
g
General Dimensions RHM 100
PF0 (parallel, sealless/welded construction with ange
connection)
(*) Flange reduces the maximum allowable pipe pressure by a factor of 0.75
A2 = 1320 mm (51.97 in) H1 = 1505 mm (59.25 in) Terminal box (without cable gland) 125 x 80 x 58 mm (4.92 x 3.15 x 2.28 in)
B2 = 403 mm (15.87 in) H2 = 1735 mm (68.31 in) W = 150 mm (5.91 in)
Weight with 150# anges: approx. 520 kg (1146 lb)
Shipping in wooden crate as per ISPM 15, approx. 220 x 160 x 90 cm (87 x 63 x 36 in), gross weight with 150# anges and RHE 08 transmitter approx. 750 kg (1654 lb)
Finish type of our ANSI anges corresponds to SF (AARH 125 up to 250 μin, Ra 3.2 up to 6.3 μm)
For customization with regard to face to face length and special ttings, please consult your local agent
Process Connection Face to face length (L) Order Code
mm in
Standard Flange DIN DN200/PN16 900 35.43 D1
Flange DIN DN200/PN40 900 35.43 D2
Flange ANSI 8" 150# RF/SF 900 35.43 A1
Flange ANSI 8" 300# RF/SF 900 35.43 A2
Flange ANSI 8'' 600# RF/SF (*) 900 35.43 A3
Optional Flange DIN DN200/PN100 (*) 900 35.43 D3
Flange ANSI 8" 900# RF/SF (*) 900 35.43 A4
Flange ANSI 8" 900# RTJ (*) 900 35.43 R3
Flange ANSI 8" 1500# RF/SF (*) 900 35.43 A5
Flange ANSI 8" 1500# RTJ (*) 900 35.43 R4
Flange JIS RF 10k 200A (8") 900 35.43 J1
Flange JIS RF 20k 200A (8") 900 35.43 J2
Pressure Rating RHM 100
The maximum pressure (pmax) of a sensor is determined by its weakest part. The weakest part can be the measuring
loops (pmax indicated below) or the selected anges / ttings (for pmax please see respective standard). For optional
materials like Alloy C22, wall thickness of measuring loops may change by +/- 10%.
pmax of P0 measuring loops, standard
M1 standard material - 1.4571 (316Ti)
OD x WT 114.3 x 4.5 mm (4.5 x 0.177 in)
bar °C psi °F
73 50 1059 122
66 120 957 248
57 210 827 410
pmax of PA measuring loops
M1 standard material - 1.4571 (316Ti)
OD x WT 114.3 x 6 mm (4.5 x 0.236 in)
bar °C psi °F
99 50 1436 122
88 120 1276 248
76 210 1102 410
2
pmax of P1 measuring loops
M3 optional material - 2.4602 (Alloy C22)
OD x WT 114.3 x 5 mm (4.5 x 0.197 in)
bar °C psi °F
113 50 1639 122
100 120 1450 248
85 210 1233 410
pmax of PA measuring loops
62 optional material - 1.4462 (Duplex)
OD x WT 114.3 x 6.02 mm (4.5 x 0.237 in)
bar °C psi °F
189 50 2741 122
166 120 2408 248
145 210 2103 410
Loading...