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    16 Products
    About Pumps
    industrial info icon

    Measure how high and far your system needs to move liquid. Then compare pumps by priming methods and flow control types.

    High-Head Circulation Pumps for Water, Coolants, and Oil

    Propel liquid higher and farther than standard circulation pumps. They're commonly used with chillers, heat exchangers, and boiler feed systems. The motor is open dripproof (ODP) for use in clean, dry, and well-ventilated environments. Pumps are gravity fed and require an elevated liquid source to fully fill the pump before turning on. Do not run dry or use with solids.
    Note: If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.
    120V AC/208V AC to 240V AC, Single Phase—With Thermal Overload Protection
    Image of Product. Front orientation. Centrifugal Pumps. High-Head Circulation Pumps for Water, Coolants, and Oil.
    Pumps
    Impellers
    Flow Rate, gpm
    Overall
    Max. Flow
    Rate, gpm
    @ 80 ft.
    of Head
    @ 90 ft.
    of Head
    @ 100 ft.
    of Head
    @ 150 ft.
    of Head
    @ 200 ft.
    of Head
    @ 250 ft.
    of Head
    Max. ft. of
    Head, ft.
    Max. Pressure,
    psi
    Power,
    hp
    Current
    Intake Connection
    Type
    Discharge Connection
    Type
    Lg.
    Wd.
    Ht.
    Each
    Each
    Hardwire—52 cP Maximum Viscosity
    33332——165701/37.5 amp/4 amp1 Female NPT1 Female NPT13 5/8"6 1/2"6 7/8"43195K5100000000043195K5120000000
    44444——180751/29.5 amp/5.1 amp1 Female NPT1 Female NPT13 5/8"6 1/2"6 7/8"43195K520000000043195K522000000
    66665542801203/410.3 amp/5.2 amp1 Female NPT1 Female NPT14 1/8"6 1/2"6 7/8"43195K530000000043195K532000000
     
    Repair Kits
    Each
    Maintenance Kits43195K5110000000
    208V AC to 240V AC/460V AC, Three Phase—Without Thermal Overload Protection
    Image of Product. Front orientation. Centrifugal Pumps. High-Head Circulation Pumps for Water, Coolants, and Oil.
    Pumps
    Impellers
    Flow Rate, gpm
    Overall
    Max. Flow
    Rate, gpm
    @ 80 ft.
    of Head
    @ 90 ft.
    of Head
    @ 120 ft.
    of Head
    @ 130 ft.
    of Head
    @ 140 ft.
    of Head
    @ 150 ft.
    of Head
    @ 200 ft.
    of Head
    @ 250 ft.
    of Head
    @ 300 ft.
    of Head
    @ 350 ft.
    of Head
    Max. ft. of
    Head, ft.
    Power,
    hp
    Current
    Intake Connection
    Type
    Discharge Connection
    Type
    Lg.
    Wd.
    Ht.
    Each
    Each
    Hardwire—52 cP Maximum Viscosity
     
    165 psi Maximum Pressure
    1099888877653801 1/24.6 amp to 4.8 amp/2.4 amp1 Female NPT1 Female NPT15 1/8"6 1/2"8 5/8"43195K5600000000043195K5620000000
     
    170 psi Maximum Pressure
    131212111111111098740025.2 amp to 5.6 amp/2.6 amp1 Female NPT1 Female NPT15 1/2"6 1/2"8 5/8"43195K570000000043195K572000000
     
    Repair Kits
    Each
    Maintenance Kits43195K5110000000

    Rack-Mount Liquid Chillers

    Image of Product. Front orientation. Liquid Chillers. Rack-Mount Liquid Chillers.
    Save floor space—these chillers mount to standard 19" electronics racks, enclosures, and cabinets. Because they're so compact, you can even fit multiple chillers on the same rack. Where other chillers only keep liquid cool within a few full degrees, these chillers are highly precise, maintaining constant, uniform temperatures within 0.18° F. This makes them ideal for equipment where small temperature changes could cause an issue for your process. Also called Peltier chillers, they cool using only electricity, so there's no compressors or refrigerants. Without a compressor, you'll hardly hear them when they're running.
    Fill these chillers with water or glycol solutions, and an internal pump moves the liquid through a cooling system and out to your equipment. There are multiple ways to control these chillers. Use the built-in keypad to manually set the temperature, or connect an external controller of your own to automate temperature changes. View the set temperature, pressure, and flow rate from the digital display. It will also display maintenance reminders and alarms.
    A port on the front lets you quickly check fluid levels and fill the chiller with fluid without removing it from the rack or disconnecting it from your system.
    Temp.
    Control
    Overall
    For Rack
    Wd.
    Cooling Cap.,
    BTU/hr
    Voltage (Electrical Phase)
    Current,
    amp
    Max. Flow Rate
    @ Pressure
    Max. Pressure,
    psi
    Range,
    ° F
    Method
    Ht.
    Wd.
    Dp.
    Tank Cap.,
    gal.
    Each
    For Closed-Loop Fluid Cooling Systems
     
    Thermoelectric Cooled
    19"600100V AC-240V AC (Single Phase)2.50.8 gpm @ 5 psi1050 to 140External Controller, Keypad7"19"13 1/2"0.36452N11000000000
     

    Precision Liquid Chillers

    Image of Product. Front orientation. Liquid Chillers. Precision Liquid Chillers, 120V AC (Single Phase).
    Image of Product. Front orientation. Liquid Chillers. Precision Liquid Chillers, 240V AC (Single Phase).

    120V AC (Single

    Phase)

    240V AC (Single

    Phase)

    Protect your most temperature-sensitive equipment from overheating. These chillers keep liquids within 0.18° F of the temperature you set. Far more advanced than basic chillers—which are accurate within a few full degrees—they’re even precise enough for use in medical imaging machines. Fill these chillers with distilled water or glycol solutions, and an internal pump moves the liquid out to your equipment and back in a continuous loop. They’re often used with spot-welding systems, molds, lasers, and X-ray diffraction equipment. Use the built-in keypad to manually set the temperature, or connect an external controller of your own to automate temperature changes. View the set temperature, alerts, and other information on the LED display.
    120V AC—120V AC chillers automatically replace their own filter, using a roller to swap in a fresh filter on a set schedule. Adjust the schedule to suit your application. A UV light system prevents algae and other bacteria growth, keeping the cooling liquid clean.
    240V AC—240V AC chillers have a bypass valve knob to control the chiller’s flow rate and pressure, which can affect the temperature of your liquid and how efficiently these coolers run.
    Overall
    Cooling Cap.,
    BTU/hr
    Current,
    amp
    Compressor
    Power, hp
    Max. Flow Rate
    @ Pressure
    Max. Pressure,
    psi
    Temp. Control
    Range, ° F
    Temp. Tolerance,
    ° F
    Ht.
    Wd.
    Dp.
    Electrical
    Connection Type
    Tank Cap.,
    gal.
    Refrigerant
    No.
    Each
    120V AC (Single Phase)
    2,90013.71/43.5 gpm @ 90 psi9015 to 155-18 to 1821 7/8"15"26"Plug In1.1R-513A8886T11000000000
    5,94017.41/23.5 gpm @ 90 psi9015 to 155-18 to 1821 7/8"15"26"Plug In1.1R-513A8886T1200000000
     
    240V AC (Single Phase)
    10,92015.51 1/46 gpm @ 45 psi4550 to 80-0.09 to 0.0930 9/16"14 1/8"31 13/16"Plug In1.5R-513A8886T30100000000
     

    Bench-Top Liquid Chillers

    Image of Product. Front orientation. Liquid Chillers. Bench-Top Liquid Chillers.
    Send cool water to equipment right from your bench top without compromising precision. These chillers maintain constant, uniform temperatures within 0.2° F where other chillers only keep liquid cool within a few full degrees. This makes them ideal for equipment where small temperature changes could cause an issue, such as microscope cooling plates.
    Fill these chillers with water or glycol solutions, and an internal pump moves the liquid through a cooling system and out to your equipment. Use the built-in keypad to manually set the temperature, or connect an external controller of your own to automate temperature changes. View the set temperature, alerts, and other information from the LED display.
    500 BTU/hr Cooling Capacity—Chillers rated for 500 Btu/hr. are also known as Peltier chillers. They cool liquid using electricity—no need for compressors or refrigerants. Because they don’t use a compressor, you’ll hardly hear them when they’re on. To check fluid levels at a glance, their tank inlet is semi-clear.
    Overall
    Cooling Cap.,
    BTU/hr
    Wire
    Connection
    Voltage (Electrical
    Phase)
    Current,
    amp
    Max. Flow Rate
    @ Pressure
    Max. Pressure,
    psi
    Temp. Control
    Range, ° F
    Ht.
    Wd.
    Dp.
    Accuracy
    Tank Cap.,
    fl. oz.
    Features
    Each
    For Closed-Loop Fluid Cooling Systems
     
    Thermoelectric Cooled
    500Wire Leads24V DC12.51 gpm @ 10 psi2050 to 1409 1/16"5 1/8"6 5/16"±0.4%4Semi-Clear Tank Inlet6592N12000000000
     
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