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Features

• Broadband Noise Reduction — Patented design with internal acoustic cavities of varying

sizes reduce noise across a broad range of frequencies.

• Application Versatility — Designed for a wide range of fluid flow rates, pressures and temperatures.

Reduce noise inside the pipe for all sources upstream.

Pair the WhisperTube with any equipment used in compressible fluid service.

• Maximize Flow Capacity — Negligible pressure drop across the WhisperTube other than the normally

expected line loss for a pipe spool piece of equivalent length equates to noise attenuation with no impact

on process flow.

• Passive Reactive Silencer — Internal cavities produce acoustic wave reflections that reduce noise

propagating downstream.

• Reliable Performance — No internal acoustic packing material to fail from moisture absorption.

Cast internal drain channel ensures any potential liquid buildup can be removed, ensuring optimum

performance.

• Compatible with Piggable Systems — Straight through flow geometry with inside diameter

 that matches the pipe accommodates pigging operations when required for cleaning and maintenance.

• Sour Service Capability — NACE MR0103. MR0175 / ISO 15156 compliant materials of construction 

as standard for applications involving sour gas or vapor.

• Quick and Easy Maintenance — Removeable cylindrical stainless steel screen

for easy cleaning if required with no special tools needed.

• Easy Installation — Threaded lifting provisions accommodate fitting the body with hoist rings

or lifting eye bolts for optimized product control during installation.

Product Description

The WhisperTube is a passive reactive silencer designed for installation downstream

of the control valve or other equipment contributing to system noise.

Requiring negligible pressure drop across the device, the WhisperTube achieves system

noise reduction across a wide range of conditions without impacting the flow capacity or process.

Specifications

Body Sizes NPS 2. 3. 4. 6. 8. 10 and 12

Critical Service Noise abatement

End Connection Styles CL150. CL300. or CL600 raised-face flanges compatible with ASME B16.5

Temperature Capability -46 to 371°C (-50 to 700°F)

The Fisher easy-e ET valve is your solution for all general applications with

high process temperatures, featuring a balanced plug design and cage-guided trim.

Specifications

Certifications SIL capable, Fugitive Emission, NACE

Critical Service Noise Abatement, Cavitation, Steam Condition, Erosive, Low Flow,

Corrosive, General Service, Outgassing, Flashing

Flow Characteristics Equal percentage, Linear, Special Characterization, Quick Opening

Material Carbon Steel, Stainless, Duplex, Alloy

Operating Temperature Standard Temperature

Pressure Class PN, ASME

Process Connection Type Flanged, Butt Weld, RTJ, Threaded, Socket Weld

Shutoff Class Class IV (FCI 70-2), Class V (FCI 70-2), Class VI (FCI 70-2)

Valve Size NPS 1 through NPS 30

Valve Size Standard NPS, DN

Other Configurations Contact your local Emerson business partner or sales office

to learn about additional specifications or options for this product.

Product Description

The Fisher easy-e ET valve is your solution for all general applications with

high process temperatures, featuring a balanced plug design and cage-guided trim.

Available in globe or angle body, these valves can provide up to Class V or VI shutoff.

Features

• ENVIRO-SEAL™ packing systems that provide an improved stem seal to help prevent

the loss of process fluid are available. These packing systems feature PTFE or Graphite

ULF packing with live-loading for reduced packing maintenance.

• Controlled compression of standard seat construction protects PTFE disk between metal

disk seat and disk retainer. Excellent shutoff is maintained by a backup ring or

spring-loading that forces the valve plug seal ring against the cage.

• Rugged cage guiding provides high valve plug stability,

which reduces vibration and mechanical noise.

• Increased wear resistance of hardened stainless steel trim means longer-lasting service.

• Valves are available with dimensions specified by EN/DIN standards.

• Unless otherwise noted, references are to NACE MR0175-2002. Optional materials are

available to meet NACE MR0103 and NACE MR0175 / ISO 15156.

For further guidance on selecting materials, refer to the Magnetic

Flowmeter Material Selection Guide located on Rosemount.com

(Technical Data Sheet Number 00816-0100-3033).

For more information regarding product offering and ordering information,

refer to “Ordering information” on page6 in this product data sheet.

 Industry leading performance with standard reference accuracy of 0.25%

of rate with an optional High Accuracy of 0.15% of rate

 Rosemount 8732 Transmitter – Integral-mount design, backlit display,

and explosion-proof housing. Available with HART®, FOUNDATION™ fieldbus,

or PROFIBUS PA, Device Diagnostics, and Smart™ Meter Verification to improve

reliability and performance

 Rosemount 8712 HART Transmitter – available with Device Diagnostics including

Smart Meter Verification to improve reliability and performance.

Quick setup with easy-to-use local operator interface

 Rosemount 8712H/8707 High-Signal System – Pulsed DC solutions for

the most demanding flow measurement applications

 Rosemount 8705 Flanged sensor – Fully welded sensor for maximum protection

 Rosemount 8711 Wafer sensor – Economical, compact, and lightweight sensor,

provided with alignment spacers for easy installation

 Rosemount 8721 Hygienic sensor – Specifically designed for food, beverage,

and life sciences applications

Product selection guide

Several sensor types, liner types, electrode materials, electrode types,

grounding options, and transmitters are available for the Rosemount

8700 Series Magnetic Flowmeter System to ensure compatibility with

virtually any application and installation. See Table 16 for information

on liner types, Table 17 for information on electrode materials and

electrode types, Table 18 and Table 19 for grounding options and

installation, and Table 1 for transmitter selection.

Other material options not mentioned here may be available.

Contact your local sales representative for alternative material selection.

For further guidance on selecting materials, refer to the Magnetic

Flowmeter Material Selection Guide located on Rosemount.com

(Technical Data Sheet Number 00816-0100-3033).

For more information regarding product offering and ordering information,

refer to “Ordering information” on page6 in this product data sheet.

Main Data

Recommended working pressure range 30 – 135 bar

Burst test 675 bar

Total dry weight incl. mounting set (2.4 kg) 8.3 kg

Oil displacement 0.050 l

Temperature range Normal application: -25°C to +80°C (NBR Seal set)

High temperature application: -20°C to +120°C (Viton® Seal set)

Low temperature application: -45°C to +40°C (T.L.T. NITRIL Seal set)

Rotation 90° ±1°

Hydraulic media and viscosities We recommend acid-free hydraulic oil.

Viscosity range: 15-200 cSt. For recommended brands and for other media than

oil please refer to separate data sheet.

Network Master Mounting

If the system is supplied from the factory in an NEMA enclosure, no internal wiring

is required except for connecting power and field network wiring. The next three

sections (Sections 2.1. 2.2 and 2.3) discuss mounting, power input and field network

wire connections to the NIM.

Mounting of NEMA Enclosure

The enclosure is rated for NAMA 4/12 and IP65/IP55. Dimensions of the enclosure are shown

in Figure 5. Mounting dimensions are shown in Figure 6. The enclosure may be bulkhead

mounted using the internal mounting holes. External mounting brackets may be used if

desired. When mounting using the internal mounting holes, caution must be used to ensure

the holes are sealed to maintain the NEMA/IP rating. The enclosure is supplied with five 1/2 in.

compression type cable entry hubs. These may be fitted with conduit type fittings if desired.

If the system includes backup LCD keypad terminal, some planning is required to allow for

proper height above the floor to view the display and properly operate the keypad.

Mounting of Rack Mount Enclosure

The enclosure is designed for standard EIA 19 in. DIN rail rack mounting. Dimensions of the

enclosure are shown in Figure 7. The enclosure conforms to EIA RS-310. IEC 297-1. and DIN 41

494. Part 1 standards. The rack in which the enclosure(s) are mounted must allow a minimum

of 20 in. / 508 mm depth, allowing space for cable connections. If the system includes backup

LCD keypad terminals, some planning is required to allow for proper height above the floor to

view the display and operate the keypad properly.

System Configuration

Controlinc Network Master Model M250N contains redundant valve actuator network masters

in a single enclosure. M250N supports one Controlinc E>Net ring network with up to 250 valve

actuators. Options for support of redundant bus networks and redundant E>Net rings are also

available. The supplied system uses standard RS485 and Modbus RTU protocol for the valve

actuator networks. Ethernet TCP/IP encapsulated Modbus protocol connections are provided

for redundant host computer networks. The Ethernet links are IEEE 802.3 with RJ45 connectors

for 10/100Base-TX. Protocol is Ethernet v2 encapsulation TCP/IP Version 4.

Redundant systems consist of two identical chassis with identical software. One is the

primary master and the other a hot stand-by master. The two chassis may switch roles of

primary and hot stand-by at any time. Figure 1 shows the specific system configuration of

the supplied system. The network masters communicate with Controlinc valve actuators

that control both block valves (Open, Stop, Close) and modulating or positioner type valves.

The system consists of two six-slot chassis with each chassis having a central processor

located in Slot 0. which provides a global database for the CoProcessors installed the chassis.

The central processor also performs such functions as watchdog timers and system alarm

generation for the CoProcessors. It also provides interrupt control for fast data transfers

between processor modules. The main processor in each chassis supports a “Data Exchange

Link” (DxL) to share all data between redundant databases. See Figures 2 and 3 for internal

communication link connections.

The Network Master serves as a data concentrator for the host by providing a common

database for all slave devices. The host is required to communicatewith only one slave device

(network master) for all data transfers to and from the field.

Data can be transferred between the network master and host in large blocks at a much

higher communications rate than would be possible if the host communicated with each

slave device (valve actuator) on the field network. The Network Master acquires data from

the valve actuators by polling or scanning each device in a sequence of slave address from

a table called a scan list. Polling is a process of the Network Master sending to each slave

address, a command to return its status information, including alarms, discrete and analog

inputs and outputs. When control commands (valve open, stop, close, position set point, etc.)

are generated by a host system up-line of the Network Master, it then sends the appropriate

commands over the network to the addressed slave device. A more detailed functional

description of operation is provided in the Theory of Operation section of this manual.