Micro Motion STMKTCMF300 Steam Heat Kit With Insulation Jacket, Cmf300H,Cmf300L Or Cmf300M Case Option N

Micro Motion STMKTCMF300 Steam Heat Kit With Insulation Jacket, Cmf300H,Cmf300L Or Cmf300M Case Option N

Brand
SKU:
micro-motion-sku-stmktcmf300

Description

Compatibility: Micro Motion ELITE CMF300H Coriolis Meter, 1/4 Inch (DN6), Nickel Alloy C22Micro Motion ELITE CMF300L Coriolis Meter, 1/4 Inch (DN6), 304L Stainless SteelMicro Motion ELITE CMF300M Coriolis Meter, 1/4 Inch (DN6), 316L Stainless Steel
Micro Motion™ Steam Heat Kit with Insulation Jacket, F100S, or F100H For Case Option C

Rosemount 

Micro Motion™ Steam Heat Kit with Insulation Jacket, F100S, or F100H For Case Option C

Part Number: STMKTF100COMP
Micro Motion™ Insulation Jacket, CDM100

Rosemount 

Micro Motion™ Insulation Jacket, CDM100

Part Number: INSJKTCDM100 Compatibility: Micro Motion Compact Density Meters
Micro Motion ELITE Coriolis Meter Consisting of CMF300M Sensor and 3700 Transmitter

Rosemount 

Micro Motion ELITE Coriolis Meter Consisting of CMF300M Sensor and 3700 Transmitter

Mass flow accuracy (Liquid): ±0.10% of rate (standard)±0.05% of rate (optional) Mass flow repeatability (Liquid): ±0.05% of rate (standard)±0.025% of rate (optional) Volume flow accuracy (Liquid): ±0...
Micro Motion ELITE Coriolis Meter Consisting of CMF300H Sensor and 2500 Transmitter

Rosemount 

Micro Motion ELITE Coriolis Meter Consisting of CMF300H Sensor and 2500 Transmitter

Mass flow accuracy (Liquid): ±0.10% of rate (standard)±0.05% of rate (optional) Mass flow repeatability (Liquid): ±0.05% of rate (standard)±0.025% of rate (optional) Volume flow accuracy (Liquid): ±0...
Micro Motion ELITE Coriolis Meter Consisting of CMF300H Sensor and 2400S Transmitter

Rosemount 

Micro Motion ELITE Coriolis Meter Consisting of CMF300H Sensor and 2400S Transmitter

Mass flow accuracy (Liquid): ±0.10% of rate (standard)±0.05% of rate (optional) Mass flow repeatability (Liquid): ±0.05% of rate (standard)±0.025% of rate (optional) Volume flow accuracy (Liquid): ±0...