Endress+Hauser Proline Promag H 10 Electromagnetic Flowmeter 5HBB50 For Non-Hazardous Area
Product Details:
Place of Origin: | Germany |
Brand Name: | Endress+Hauser |
Certification: | CE |
Model Number: | 5HBB50-AAADBJA0AFDAS0AA1+AA(5HBB50-3RW7/0) |
Payment & Shipping Terms:
Minimum Order Quantity: | 1pc |
---|---|
Price: | negotiable |
Packaging Details: | standard carton packing |
Delivery Time: | on request |
Payment Terms: | T/T |
Supply Ability: | 100pcs per month |
Detail Information |
|||
Medium Temperature Range: | –20 To +150 °C (–4 To +302 °F) | Max. Measurement Error: | Volume Flow (standard): ±0.5 % O.r. ± 1 Mm/s (0.04 In/s) |
---|---|---|---|
Measuring Range: | 0.06 Dm³/min To 600 M³/h (0.015 To 2650 Gal/min) | Max. Process Pressure: | PN 40, Class 150, 20K |
Nominal Diameter Range: | DN 2 To 150 (¹⁄₁₂ To 6") | Power Supply: | DC 24 V AC 100 To 230 V AC 100 To 230 V / DC 24 V (non-hazardous Area) |
Highlight: | Proline Promag H 10 electromagnetic flowmeter,5HBB50 electromagnetic flowmeter,Endress+Hauser Promag H 10 electromagnetic flowmeter |
Product Description
Endress+Hauser Proline Promag H 10 electromagnetic flowmeter 5HBB50
Promag H is the preferred sensor for hygienic applications in the food and beverage and life sciences industries. With its straightforward hard- and software design, Promag H 10 simplifies every step in its life cycle from engineering to servicing at usual Endress+Hauser quality. Heartbeat Technology enables measurement reliability and extension of recalibration cycles.
-
The bidirectional measuring principle is virtually independent of pressure, density, temperature and viscosity.
-
For applications with sanitary requirements
Device properties
-
Liner made of PFA
-
Sensor housing made of stainless steel (3-A, EHEDG)
-
Wetted materials CIP-/SIP-cleanable
-
System integration with HART, Modbus RS485, IO-Link
-
Flexible operation with app and optional display
-
Related model
50P50-EA2A1AA0BAAA Successor type:5P3B50-AAIBAEAFADED5K2AA2 | 5P3B50-2JKV5/0 | 53W65-HHOB1BA0ABAA Successor type:5W3B65-BDEDBAEAFAAHD3S0BA2+D8LA | 5W3B65-64E6/0 |
80E08-AD2SAABAABAA Successor type:8E3B08-BDDBAEAFAASAD2SHA2 | 8E3B08-R5J6/0 | 50W1Z-HC0A1AA0ABAA Successor type:5W4C1Z-AAELHA0AHD3K0A | 5W4C1Z-4FC0/0 |
53P1H-ECOB1BA0ABAA Successor type: 5P3B1H-BDDBAEAFAAED3K0BA2 | 5P3B1H-1VJ61/0 |
50P1H-EC1A1A10AAAA Successor type: 5P3B1H-AAIBAEAFAAED3K1AA2 | 5P3B1H-W4T6/0 |
50W3H-HCOA1AA0ABAA Successor type: 5W4C3H-AAELHA0AHD3K0A | 5W4C3H-D530/0 |
10W40-UAGA1AA0B4AA Successor type: 5WBB40-AAEAEBKA0DUD5KGAA1 | 5WBB40-AQ56/0 |
50W4F-HC0A1AK2ABAA Successor type: 5W4C4F-AAGLHP2AHD3K0A+CB | 5W4C4F-FMV7/0 |
50W40-UL1A1AA0A4AA Successor type:5W4C40-AAELHA0AUA1K1A | 5W4C40-6JK1/0 |
50W80-HC0A1AK1ABAA Successor type: 5W4C80-AAELHP1AHD3K0A+CB | 5W4C80-U5C3/0 |
50W2H-UL1A1AA0A4AA Successor type: 5W4C2H-AAELHA0AUA1K1A | 5W4C2H-2QTR7/0 |
50P50-EA1A1ACOAAAA Successor type:5P5B50-AAIBAEAAFAAAAAED5K1AA2 | 5P5B50-PRP0/0 |
50P40-EA1A1AAOBAAW Successor type: 5P3B40-AAIBAAAFADED5K1AA2 | 5P3B40-1F7J6/0 |
10W32-UAGA1AA0A4AA Successor type: 5WBB32-AAGAEBKA0AUD5KGAA1 | 5WBB32-5HV2/0 |
53W1H-UAOB1AAOAAAA Successor type:5W4C1H-AAELHA0AUD5K0B | 5W4C1H-W2M0/0 |
10W1H-UCGA1AA0B4AA Successor type:5WBB1H-AAEAEBKA0DUD3KGAA1 | 5WBB1H-RE98/0 |
83F40-AD2SAA3AAGAA Successor type:8F3B40-BDEBAEAFAASAD2SAA2 | 8F3B40-2CQ12/0 |
50W1F-H50A1A10B7AW Successor type:5W4C1F-AAELHA0DHM3K0A | 5W4C1F-2URK6/0 |
83F40-AD2SAA3AAGAA Successor type:8F3B40-BDEBAEAFAASAD2SAA2 | 8F3B40-2CQ12/0 |
50W2H-UB0A1AA0AAAW Successor type: 5W4C2H-AAELHA0AUD4K0A | 5W4C2H-LX75/0 |
50W1H-HCOA1AK2AAAA Successor type:5W4C1H-AAELHP2AHD3K0A+CB | 5W4C1H-ML98/0 |
53P15-EA0B1AAOAAAJ 5P3B15-AAILAAAFAAED5K0BA2 | 5P3B15-129A2/0 | 50W50-UL1A1AA0A4AA 5W4C50-AAELHA0AUA1K1A | 5W4C50-F9C8/0 |
50088281 | 50W80-UL1A1AA0A4AA 5W4C80-AAELHA0AUA1K1A | 5W4C80-27D22/0 |