Saturday, March 30, 2019

Parker Lead Free Solenoid Valves

Lead Free Water Valves from Flow Factor
Parker Water, Hot Water, and Steam Solenoid Valves

For a Quote, Contact us HERE!









Product Features:
Parker’s Fluid Control Division (FCD) has a long history in
manufacturing industry leading steam and hot water valves.
FCD has expanded this offering to include Lead Free Brass
(containing less than 0.25% lead), meeting the SDWA, Section
1417(d) requirements for brass.
Our valves are specifically designed to withstand harsh
application conditions. The steam valves have an integral
stainless steel orifice for long life and durability.

Typical Applications:
• Industrial Dish Washing
• Industrial Laundry
• Commercial Cooking
• Steam Tables
• Sterilizers / Autoclaves
• Dry Cleaning
• Steam Presses


Product Specifications
Mechanical
Valve Type:
2-Way Normally Closed
2-Way Normally Open
Media:
Water, Hot Water, Steam
Porting:
3/8" NPT to 1" NPT
Wetted Materials:
Body/Cover:
Lead Free Brass (<0 .25="" p="">
Operator:
300 & 400 Series SS, Copper
Seals:
PTFE & EPDM

Electrical
Voltage:
AC: 24/60, 120/60-110/50,
240/60-220/50
DC: 12 & 24

Connections:
1/2" Conduit with leads,
DIN 43650 Form A
Temperature Class:
Water & Hot Water – Class F
Steam – Class H
Agency Approvals:
UL/CSA

Performance
Maximum Media Temp:
Water: Up to 180°F
Steam: Up to 353°F
Max Operating Pressure Differential:
Up to 275 psi
Orifice sizes:
1/2" to 1"
Flow Factor (Cv):
Up to 12.2

Parker Lead Free Hot Water Valve Part Numbers
06F25CL332ACF, 08F25CL332ACF, 12F25CL348ACF, 16F25CL364ACF, 08F25CL332ACF4C05, 12F25CL348ACF4C05, 16F25CL364ACF4C05, 06F25CL332A3F, 08F25CL332A3F, 12F25CL348A3F, 16F25CL364A3F, 06F25OL332ACF, 08F25OL332ACF, 12F25OL348ACF, 16F25OL364ACF, 06F25OL332A3F, 08F25OL332A3F, 12F25OL348A3F, 16F25OL364A3F


Parker Lead Free Steam Valve Part Numbers
06FS5CL432ACH, 08FS5CL432ACH, 12FS5CL448ACH, 16FS5CL464ACH, 08FS5CL432ACH4C05, 12FS5CL448ACH4C05, 16FS5CL464ACH4C05

For a Quote, Contact us HERE!

Flow Factor
216-765-4231

Parker Lead Free Hot Water and Steam Valves for Industry.

Sunday, February 24, 2019

Parker 71395SN2KVJ1N0L111C2 3-Way Valve

Flow Factor Stocks the Parker 3-Way Solenoid Valve 71395SN2KVJ1N0L111C2

Flow Factor stocks the Parker 7000 series three way solenoid valve 71395SN2KVJ1NOL111C2

Applications for this Parker Skinner 3-way solenoid valve include; pilot valve for an air valve, pilot valve for cylinders, diverting valve for air or water, and other general purpose valve uses.

The Parker 71395SN2KVJ1N0L111C2 is a 1/4 inch valve, rated to 125 PSI and css with a 24vdc NEMA 4 coil.  The coil can be changed to 12 vdc, 24/60, 120/60 or 240/60.



71395SN2KVJ1N0L111C2

Parker 71395SN2KVJ1N0L111C2
















Buy the Parker Valve 71395SN2KVJ1NOL111C2 HERE!

Get Parker quotes HERE.

Flow Factor
216-765-4231
www.flowfactor.com

Friday, January 25, 2019

Emerson GH series Gas/Steam Jet Pumps

Gas Motive High Head (GH Series) Emerson Jet Pumps from Flow Factor

Buy Penberthy Emerson GH Series Eductors HERE!


Features of Emerson Penberthy Jet Pumps (Eductors)
• Simple design with no moving parts to wear out. • No lubrication required.
• Virtually maintenance-free.
• Easy to install without special structures or 
foundations.
• Self-priming.
• Cast, fabricated or non-metallic 
constructions.
• Variety of materials to suit specific characteristics of the process liquids.
• Critical flow paths machined smoothly with
  no abrupt turns or steps, producing the most efficient flow during the motive function.

General Application 
Suitable for a broad range of applications including: handling condensate, pumping wells, circulating solutions, emptying cesspools, pumping brine solutions, extracting solvents, draining cellars, pumping out barges, acidifying, causticizing oils, producing emulsions,elevation water.

Technical Data
Materials: Bronze, iron, carbon steel, 316 SS, PVC, CPVC, PP, PVDF
Sizes: 1⁄2” to 12”
Pressure range: 
15 to 200 psig (1 to 13.8 barg)
Temperature(max): 200°F(93°C) 

Emerson Penberthy GH Series Gas Motive Jet Pump


Size
(Inches)
Emerson HASTELLOY C GH
(High Head) Series Eductors / Jet Pumps
1/2AGH-4AHC
1/2BGH-4BHC
 1/2GH-04HC
 3/4GH-06HC
1    GH-08HC
1 1/4GH-10HC
1 1/2GH-12HC
2    GH-16HC
2 1/2GH-20HC
3    GH-24HC
4    GH-32HC

Size
(Inches)
Emerson Bronze GL
(High Head) Series Eductors / Jet Pumps
1/2AGH-4ABZ
1/2BGH-4BBZ
 1/2GH-04BZ
 3/4GH-06BZ
1    GH-08BZ
1 1/4GH-10BZ
1 1/2GH-12BZ
2    GH-16BZ
2 1/2GH-20BZ
3    GH-24BZ
4    GH-32BZ
Size
(Inches)
Emerson Penberthy Cast Iron GL
(High Head) Series Eductors / Jet Pumps
1/2AGH-4AIR
1/2BGH-4BIR
 1/2GH-04IR
 3/4GH-06IR
1    GH-08IR
1 1/4GH-10IR
1 1/2GH-12IR
2    GH-16IR
2 1/2GH-20IR
3    GH-24IR
4    GH-32IR
Size
(Inches)
Emerson Penberthy Carbon Steel GL
(High Head) Series Eductors / Jet Pumps
1/2AGH-4ACS
1/2BGH-4BCS
 1/2GH-04CS
 3/4GH-06CS
1    GH-08CS
1 1/4GH-10CS
1 1/2GH-12CS
2    GH-16CS
2 1/2GH-20CS
3    GH-24CS
4    GH-32CS
Size
(Inches)
Emerson Stainless Steel GL
(High Head) Series Eductors / Jet Pumps
1/2AGH-4ASS
1/2BGH-4BSS
 1/2GH-04SS
 3/4GH-06SS
1    GH-08SS
1 1/4GH-10SS
1 1/2GH-12SS
2    GH-16SS
2 1/2GH-20SS
3    GH-24SS
4    GH-32SS

Size
(Inches)
Emerson MONEL GH
(High Head) Series Eductors / Jet Pumps
1/2AGH-4AMO
1/2BGH-4BMO
 1/2GH-04MO
 3/4GH-06MO
1    GH-08MO
1 1/4GH-10MO
1 1/2GH-12MO
2    GH-16MO
2 1/2GH-20MO
3    GH-24MO
4    GH-32MO


GAS MOTIVE (AIR/STEAM) Jet Pumps for Pumping or mixing Liquids or gases up to 50 psi discharge head pressure

Operation for Penberthy Emerson Gas Jet Pumps
All Emerson jet pumps operate on the principle of a fluid entraining a second fluid. Although design and construction may vary, this applies to all jet pumps.
All Emerson jet pumps have three common features: inlet, suction and discharge. They function as follows:
Inlet - The operating medium (liquid or steam) under pressure enters the inlet and travels through the nozzle into the suction chamber. The nozzle converts the pressure of the operating medium into a high velocity stream, which passes from the discharge side of the inlet nozzle.
Suction - Pumping action begins when vapor, gases or liquid in the suction chamber are entrained by the high velocity stream emerging from the inlet nozzle, lowering the pressure in the suction chamber. The resulting action causes the liquid, gas or vapor in the suction chamber to flow toward the discharge.
Discharge - The entrained material from the suction system mixes with the operating medium and acquires part of its energy in the parallel section. In the diffuser section, part of the velocity of the mixture is converted to a pressure greater than the suction pressure, but lower than the operating medium pressure. 

Buy Penberthy Emerson GH Series Eductors HERE!

ALL Emerson Penberthy Jets can be found HERE!

Flow Factor
www.flowfactor.com

GH High Head Series Jet Pumps Eductors from Emerson Penberthy 

Thursday, January 24, 2019

Solenoid Valve Trouble Shooting Guide

Marvin the Maintenance Man wants to help you troubled shoot Solenoid Valves.

BUY valves HERE!  Contact Flow Factor HERE!


Whoops: "Throw the extra parts away."  All parts must be assembled correctly for the valve to operate properly.

Whoops: "I only hit the valve ONCE with my hammer." A hammer is not a trouble shooting tool. Valve abuse contributes to the most reported problems.

Whoops:  "We don't need a special wrench; I'll find something to take the valve apart". Special tools for the valve disassembly may be needed.  Pipe wrenches etc. will damage parts.

Whoops: "I'll add more teflon tape."  Gobs of tape will block internal passages and interfere with seating. (These are not ball valves).

Whoops:  I forgot to turn on the electricity." "I forgot to open the hand valve." "A strainer takes up too much room." Beware of Marvin Maintenance.

Whoops:  "It's only 10 PSI more than maximum operating pressure."  "It's almost at the minimum operating pressure." " Voltage is not that important." Name Plate Data Applies.

Whoops: "I throw them away." Installation and maintenance instruction sheets have trouble shooting hints, maintenance notes and assembly instructions; etc." Do Not Throw Them Away.

Whoops: "So I piped it up backwards and/or upside down." Proper Mounting is IMPORTANT.

Whoops: "We're out of 1 inch pipe, so I used 1/4 inch pipe." Valves, especially 3-way and 4-way valves,  should not be restricted.

Whoops: "Well it operated pretty well for the past 20 years."  A maintenance program is suggested.

Whoops: "The Valve is defective."  "The Valve does not operate." "The Valve Failed."  Not very descriptive. Find out part number and get application data.

Whoops:  "I need the silver thing." = Solenoid Sub Base Assembly.
                "I need an orifice." = Not a spare part. Buy a new valve.
                "I need  gasket." =  Specify which one.
                "I need  plunger." = Core Assembly.
                "I need a solenoid." = Coil

Whoops:  "What is a Kit?" Do not replace individual parts.  Use a kit to replace all the wearable parts and restore the valve.  Call for kit # or look on name plate.

Whoops: "Buy any two way valve, they're are all the same." Misapplication problems can be avoided.

Whoops: "I can trouble shoot anything!"  We believe you Marvin.

BUY valves HERE!

TROUBLE SHOOTING 2 WAY VALVES

Trouble shooting 2-way DIRECT ACTING Solenoid Valves
Normally Closed Valve Fails to OPEN when energized:
1. No Voltage
2. Low Voltage
3. Burned Out Coil
4. Excessive Pressure
5. Binding Core
6. Swollen or cut resilient disc
7. No Pressure to valve

Trouble shooting 2-way DIRECT ACTING Solenoid Valves
Normally Closed Valve Fails to CLOSE when energized:
1. Faulty control circuit
2. Improper Installation
3. Scale of foreign matter
4. Damaged Seat or Disc
5. Binding Core
6. Damaged or Missing Spring

Trouble shooting 2-way DIRECT ACTING Solenoid Valves
Excessive Solenoid NOISE when energized:
1. Low Voltage
2. Loose Solenoid Parts
3. Foreign Matter on core or Plug Nut
4. Worn Core or plug nut
5. Incorrect or damaged spring


Trouble shooting 2-way PILOT OPERATED Solenoid Valves
Normally Closed Valve Fails to Open when energized:
1. No Voltage
2. Low Voltage
3. Burned Out Coil
4. Excessive Pressure
5. Binding Core
6. Swollen or cut resilient disc
7. No Pressure to valve
8. Low Pressure
9. Ruptured diaphragm or damaged piston ring
10. Plugged or restricted pilot orifices



Installation Tips for 3 and 4 way Pilot Operated Valves

1. Do Not Select Oversized Valves. Size Carefully for Flow and Cylinder speed. For Economy and reliable operation.

2. Use Full Area Lines in Pressure and Exhaust.

3. I.D. (Internal Diameter) of lines and fittings must be larger than orifice.

4. Differential Between Pressure and Exhaust must exceed the minimum at all times.

5. Do Not Meter Flow in Pressure or Exhaust Lines.

6. Install Speed Control Valves in the Cylinder Lines Only.

7. Avoid Pressure Regulators if Possible. If essential, the regulator must have flow capacity to maintain the MINIMUM Differential at all times.

8. Hydraulic Pumps or Air Reservoirs must have adequate capacity to maintain the minimum DeltaP at all times.

9. Pressure Differential may be measured by means of gages installed immediately at the pressure and exhaust connections.

10. Do Not Mistake a Faulty Cylinder for a valve malfunction, Isolate the Cylinder.

BUY valves HERE!

Get a solenoid Valve Quotation HERE!

Flow Factor
216-765-4231
www.flowfactor.com

ASCO Solenoid Valves - Parker Solenoid Valves - Jefferson Valves

Wednesday, January 23, 2019

Emerson GL (Gas Motive) Jet Pumps

Gas Motive Low Head (GL Series) Emerson Jet Pumps from Flow Factor

Buy Penberthy Emerson GL Series Eductors HERE!


Features of Emerson Penberthy Jet Pumps (Eductors)
• Simple design with no moving parts to wear out. • No lubrication required.
• Virtually maintenance-free.
• Easy to install without special structures or 
foundations.
• Self-priming.
• Cast, fabricated or non-metallic 
constructions.
• Variety of materials to suit specific characteristics of the process liquids.
• Critical flow paths machined smoothly with
  no abrupt turns or steps, producing the most efficient flow during the motive function.


General Application 
Suitable for a broad range of applications including: handling condensate, pumping wells, circulating solutions, emptying cesspools, pumping brine solutions, extracting solvents, draining cellars, pumping out barges, acidifying, causticizing oils, producing emulsions,elevation water.


Technical Data
Materials: Bronze, iron, carbon steel, 316 SS, PVC, CPVC, PP, PVDF
Sizes: 1⁄2” to 12”
Pressure range: 
15 to 200 psig (1 to 13.8 barg)
Temperature(max): 200°F(93°C) 


Emerson Penberthy GL Series Jet Pump


Size
(Inches)
Emerson HASTELLOY C GL
(Low Head) Series Eductors / Jet Pumps
1/2AGL-4AHC
1/2BGL-4BHC
 1/2GL-04HC
 3/4GL-06HC
1    GL-08HC
1 1/4GL-10HC
1 1/2GL-12HC
2    GL-16HC
2 1/2GL-20HC
3    GL-24HC
4    GL-32HC



Size
(Inches)
Emerson Bronze GL
(Low Head) Series Eductors / Jet Pumps
1/2AGL-4ABZ
1/2BGL-4BBZ
 1/2GL-04BZ
 3/4GL-06BZ
1    GL-08BZ
1 1/4GL-10BZ
1 1/2GL-12BZ
2    GL-16BZ
2 1/2GL-20BZ
3    GL-24BZ
4    GL-32BZ
Size
(Inches)
Emerson Penberthy Cast Iron GL
(Low Head) Series Eductors / Jet Pumps
1/2AGL-4AIR
1/2BGL-4BIR
 1/2GL-04IR
 3/4GL-06IR
1    GL-08IR
1 1/4GL-10IR
1 1/2GL-12IR
2    GL-16IR
2 1/2GL-20IR
3    GL-24IR
4    GL-32IR
Size
(Inches)
Emerson Penberthy Carbon Steel GL
(Low Head) Series Eductors / Jet Pumps
1/2AGL-4ACS
1/2BGL-4BCS
 1/2GL-04CS
 3/4GL-06CS
1    GL-08CS
1 1/4GL-10CS
1 1/2GL-12CS
2    GL-16CS
2 1/2GL-20CS
3    GL-24CS
4    GL-32CS
Size
(Inches)
Emerson Stainless Steel GL
(Low Head) Series Eductors / Jet Pumps
1/2AGL-4ASS
1/2BGL-4BSS
 1/2GL-04SS
 3/4GL-06SS
1    GL-08SS
1 1/4GL-10SS
1 1/2GL-12SS
2    GL-16SS
2 1/2GL-20SS
3    GL-24SS
4    GL-32SS



GAS MOTIVE (AIR/STEAM) Jet Pumps for Pumping or mixing Liquids or gases up to 50 psi discharge head pressure


Operation for Penberthy Emerson Gas Jet Pumps
All Emerson jet pumps operate on the principle of a fluid entraining a second fluid. Although design and construction may vary, this applies to all jet pumps.
All Emerson jet pumps have three common features: inlet, suction and discharge. They function as follows:
Inlet - The operating medium (liquid or steam) under pressure enters the inlet and travels through the nozzle into the suction chamber. The nozzle converts the pressure of the operating medium into a high velocity stream, which passes from the discharge side of the inlet nozzle.
Suction - Pumping action begins when vapor, gases or liquid in the suction chamber are entrained by the high velocity stream emerging from the inlet nozzle, lowering the pressure in the suction chamber. The resulting action causes the liquid, gas or vapor in the suction chamber to flow toward the discharge.
Discharge - The entrained material from the suction system mixes with the operating medium and acquires part of its energy in the parallel section. In the diffuser section, part of the velocity of the mixture is converted to a pressure greater than the suction pressure, but lower than the operating medium pressure. 

Buy Penberthy Emerson GL Series Eductors HERE!

ALL Emerson Penberthy Jets can be found HERE!

Flow Factor
www.flowfactor.com

Low Head Series GL Emerson Penberthy Jet Pumps Eductors

Tuesday, January 1, 2019

Robertshaw Excalibur 7000 Multi-Point Level Controller

Robertshaw / Schneider Electric Multi-Point Excalibur 7000 Level Controller

The Robertshaw Excalibur 7000 offers both a smart RF capacitance microprocessor-based level transmitter and PID controller, providing the flexibility to meet all level application requirements.

Get a Quote for the Robertshaw Excalibur Here!


Robertshaw Excalibur Level Controller - Multi-Point
Probe is an option



The Robertshaw EXCALIBUR 7000 offers you TWO INSTRUMENTS FOR THE PRICE OF ONE. Both a SMART RF capacitance microprocessor based Level Transmitter and PID Controller, this unique instrument provides the flexibility to meet all your level application requirements. The Excalibur 7000 has built-in PID Control with AUTO TUNE to eliminate offset and provide accuracy and stability. The auto tune feature eliminates periodic on-line tuning by automatically matching control action with your particular process characteristics. This feature alone eliminates many hours of fine tuning to your particular process and the need for, and the cost of, a separate controller. Patented optional RF anti-coating circuitry eliminates errors due to product build-up on the probe assuring you of accurate level measurements in all types of coating applications.

Robertshaw's patented Pulse Frequency Modulated (PFM) transmitter technology provides digital transmission up to 1 mile using economical standard twisted pair wire. This eliminates the cost of more expensive coaxial or triaxial cable and provides no-loss accuracy eliminating errors typically found with analog transmission. Built in field selectable input linearization allows open channel flow measurement and level control with volume conversions for non-cylindrical or horizontal cylindrical vessels. Setup is simple - just select from the menu. This eliminates programming at the factory, entering of time consuming strapping tables, and allows the user flexibility to use the same controller if his application changes. 


Simple menu prompts guide you step-by-step through all Setup and Calibration. No technical knowledge is required. Entry is by built-in keypad
Everything can be done with direct keypad entry. Calibration can also be accomplished without completely emptying or filling the vessel. This feature is in-valuable where tanks are emptied and filled only once or twice a year during shutdown. All Setup and Calibration entries can be password protected with a selection of three distinct levels of access. Calibration also offers selection of Engineering Units, type of variable(s) to be displayed, measurement of level and /or volume or flow, etc. Non-volatile memory insures setup and calibration data is retained if electrical power is lost. No battery backup is required.


Displays are abundant to keep you informed of setup parameters selected, calibration data, setpoint, process variable, alarm status, error codes, etc. In all there are two (2) five digits LED displays ( one green and one red), typically used to display the measured variable and control setpoint; one 2 line by 20 character alpha-numeric vacuum fluorescent display (visible in any type of lighting) for menu prompts during setup/calibration and configurable as to the data displayed during normal operation; eight (8) LED controller status indicators and eight (8) LED alarm status indicators. These displays give you a wealth of information at a glance.

Relay options include two or four SPDT 10 amp relays with independent selectable differential and time delay on each. All relays are also field selectable High or Low Level Fail Safe to suit the customer's particular safety requirements. Power supply requirement is 120/240 VAC that is switch selectable in the field. Output is isolated 4-20 mA. Adjustable response time to handle agitated or wavy processes is standard.

Continuous Self-Diagnostics and remote Test/Verify push-button insure you of constant reliability and safety. Error codes appear on the vacuum Fluorescent Display when failures occur. This self-monitoring feature increases instrument stability and accuracy, eliminating the need for ongoing manual calibration checking, reducing downtime, and improving system performance and quality control. It permits early detection and identification of sensing problems before they lead to a major breakdown. The test feature allows conformance to local and federal environmental regulations.

A variety of sensing probes are available to suit any application; high temperature/pressure, sanitary, flanged, inactive lengths, grounded for non-metal vessels, rigid, flexible, bare or insulated. Lengths are available up to 100 feet.

n summary, the Robertshaw EXCALIBUR 7000 packs more features and benefits into one package than you will find anywhere. It provides local or remote calibration capability, greater measurement accuracy/stability, lower startup costs, reduced maintenance costs, quality control, and lower design costs. It provides flexibility of configuration or reconfiguration. Features and options can easily be added in the field by simple plug in modules. It provides self-monitoring/self diagnostic capability. This transmitter/controller will suit ALL your level Applications... save time, money, and reduce your parts inventory. Applications are unlimited!!! These include level and/or interface control in all storage or process vessels containing liquids, granulars or slurries. This includes the chemical/petrochemical, petroleum refining, water/wastewater, food and beverage, electric power, pulp and paper, pharmaceutical, mining and primary metals industries. 


Specifications - Robertshaw 7000


Electrical/Electronic:
Supply Voltage ................................... 120/240 VAC ± 10%,
50/60 Hz switch selectable. 
Supply Power...................................................... 20VA. Max.
Measurement Range:
With Standard PFM Transmitter (1 range): 10 to 6000 pF
With Low Span PFM Transmitter (1 range): 2 to 335 pF
Resolution ................................................. ± 0.002% of Span
Accuracy .........................................................± 0.5% Typical
Repeatability .............................................................± 0.1pF
Ambient Temperature Effect ................. ± 0.005pF/Deg. F ± 0.01pF/Deg.C
Alarm Set point .................. 0 to 100.00%, 0.01% Resolution
Alarm Differential............... 0 to 100.00%, 0.01% Resolution
Alarm Time Delays ......................................0 to 60 seconds 0.001 second resolution
Relay Output is Optional 
Type-Electromechanical contacts
SPDT, 8A @ 30 VDC, 10A @ 250 VAC GP, 5A @ 120 VAC IND, 1/3 HP @ 120 VAC
Analog Output is Optional 
4-20 mADC into a 650 ohm load max.
Maximum Distance Between
Transmitter and Controller
............................ One (1) mile
Interconnecting Cable Between
Transmitter and Controller
........... Two (2) wire, twisted pair recommended. Similar to Belden #8205 (unshielded), or #8762 (shielded) 


Environmental:

Temperature (Operating or Storage):
-40 to +140°F (-40 to +60°C)

Relative Humidity ........................ 0 to 95%, Non-Condensing 
Vibration ...................................................±2 G, 10 to 200Hz
Shock............... 75G's for 11msec. without permanent damage 

Enclosure:

PFM Transmitter Raintight, NEMA 4
Optional Rain tight, NEMA 4X, epoxy painted

Controller

Non-metallic UL Listed Type 4X and CSA Certified Type 4X
Weights:
Standard PFM Transmitter ..... 2.8 lbs (1.27 kg) 
Low Span PFM Transmitter .... 2.8 lbs (1.27 kg) 
Non-metallic Controller ......... 11.4 lbs (5.17 kg)

Intrinsic Safety:

Standard & Low Span PFM Transmitters and Probe are certified as intrinsically safe for Class I, Division 1, Groups A, B, C & D; Class II, Division 1, Groups E, F & G and Class I, Zone 0, Group IIC when connected as shown on drawing #907GA811 (barrier required).

Agency Certifications:
Standard PFM Transmitter ....... UL & c-UL Listed 
Low Span PFM Transmitter ...... UL & c-UL Listed 
Controller ........................................................None
EMC Emissions & Immunity Conformity:
Standard PFM Transmitter ................... CE & FCC 
Low-Span PFM Transmitter.................. CE & FCC 
Controller ........................................................None 

A few standard part number are:

Robertshaw 7000A2B1A2
EXCALIBUR PID Level controller with plastic enclosure (NEMA 4X), 120/240 volts,
2 relays, No Analog output, no communications and standard mounted PFM Transmitter NEMA 4X (probe Mounted).

Robertshaw 7000A2A2A2
EXCALIBUR PID Level controller with plastic enclosure (NEMA 4X), 120/240 volts,
No relays, Analog output, no communications and standard mounted PFM Transmitter NEMA 4X (probe Mounted).

Robertshaw 7000A2B2A2
EXCALIBUR PID Level controller with plastic enclosure (NEMA 4X), 120/240 volts,
2 relays, Analog output, no communications and standard mounted PFM Transmitter NEMA 4X (probe Mounted).


Accessories

Part Number
032KC190-XX* ... Conduit with 1⁄2” NPT connections, flexible, liquid tight, general purpose 
032KC600-XX*  ... Coax Cable
032KC650-XX*  ... Coax Cable with general purpose conduit 
032KC700-XX*  ... Coax cable with NEMA 4 conduit outlet box 
032KC710-XX*  ... Coax cable with general purpose conduit and NEMA 4 conduit outlet box
032KC800-XX*  ...  Coax cable with NEMA 4X epoxy painted conduit outlet box
909SD029**  ......... Conduit outlet box, NEMA 4 


Get a Quote for the ROBERTSHAW Excalibur Level Controller Here!

Capacitance Level Probes are not included as they can be any of a number of part numbers, lengths and rigidity. The probes need to be quoted separately.  

Flow Factor
216-765-4231
www.flowfactor.com

Schneider Electric / Robertshaw Multi-Point Excalibur 7000 Level Controller