Induction Water Heater

Description: EKOHEAT 75 kW through 250 kW induction heating systems for the 2 to 6 kHz range provide reliable and repeatable solutions for heating with large coils or heating larger parts. Among the many typical applications are heating parts that require deeper heat penetration, heat treating of steels,

• Heating Capacity: 250 kW
• AC Voltage Required: 360 to 520 volts
• Output Power: 250 kW
• Maximum Air Temperature: 115 F

Description: FlexScan® induction scanners break new ground by delivering the most affordable scanner in the marketplace. Initially designed for heat-treating processes for both in-place or scan, the Radyne FlexScan® Induction scanner can be adapted for different heat-treating and brazing

• Features: Annealing / Heat Treating
• Heater Type: Induction Heater

Description: The Inductoscan® Induction Induction Heat Treating Scanning System is a unique induction heat treating solution. It accommodates a wide range of power supplies, multiple spindle configurations and a wide array of automation options to optimize the heat treating process. This

• Heating Capacity: 50 to 800 kW
• Output Power: 50 to 800 kW
• Output Frequency: 3 to 200 kHz
• Features: Annealing / Heat Treating

Description: VersaPower®-Xtreme™ induction power supply. This unit has a fully adjustable digital power output range from 0-10 kW. The system includes our standard 6 GPM water to water cooling system (or optional chiller for greater mobility and/or when cooled supply water is

• Heating Capacity: 0 to 10 kW
• Output Power: 0 to 10 kW
• Features: Annealing / Heat Treating
• Heater Type: Induction Heater

Description: Process spring wire at high speeds: the Radyne Spring Wire Line is the world’s fastest Induction Tempering Spring Wire System, setting the industry standard for speed. Radyne high speed Spring Wire Systems operate at line speeds up to 590 ft./min [180 m/min], producing up to 6600 lb./hr [3000

• Features: Annealing / Heat Treating
• Heater Type: Induction Heater

Description: MF-power depending on the rotary position of the crankshaft Switching "On" and "OFF" the quench water depending on the rotary position of the crankshaft Controlled power pulsing to adapt induction power to required hardening zone profile especially while hardening pins with fillet

Description: dual output induction heating inverter consists of two-phase locked inverters that will support multiple induction heating coils in order to produce very complex and demanding temperature profiles. Both inverters are continually phase-locked; each is independently controlled and

• Features: Electric, Other
• Heater Type: Induction Heater
• Applications: OEM / Custom
• Phase: Three Phase

Description: dual output induction heating inverter consists of two-phase locked inverters that will support multiple induction heating coils in order to produce very complex and demanding temperature profiles. Both inverters are continually phase-locked; each is independently controlled and

• Features: Electric, Other
• Heater Type: Induction Heater
• Applications: OEM / Custom
• Phase: Three Phase

Description: dual output induction heating inverter consists of two-phase locked inverters that will support multiple induction heating coils in order to produce very complex and demanding temperature profiles. Both inverters are continually phase-locked; each is independently controlled and

• Features: Electric, Other
• Heater Type: Induction Heater
• Applications: OEM / Custom
• Phase: Three Phase

Description: Each CHC is a continuous feed unit for heating section billets prior to stamping or warm forming. All CHCs come with inductors, converters, capacitors and closed-loop water cooling circuits. Billet throughput speed is adjustable, and coil changes are quick and easy. To learn more about our

Description: (c) turbine steam seal systems, piping, and drains (d) feedwater heaters, piping, and drains (e) turbine drain systems (f) condenser steam and water dumps (g) start up systems Any connection to the turbine is a potential source of water either by induction from external

Description: (c) turbine steam seal systems, piping, and drains (d) feedwater heaters, piping, and drains (e) turbine drain systems (f) condenser steam and water dumps (g) start up systems Any connection to the turbine is a potential source of water either by induction from external

Description: steam systems; steam attemperation systems; turbine extraction/ admission systems; feedwater heaters; turbine drain systems; turbine steam seal systems; start-up systems; condenser steam and water dumps; steam generator sources. Any connection to the turbine is a potential source of

Description: steam systems; steam attemperation systems; turbine extraction/ admission systems; feedwater heaters; turbine drain systems; turbine steam seal systems; start-up systems; condenser steam and water dumps; steam generator sources. Any connection to the turbine is a potential source of

Description: switch ideal for a wide range of chemical and temperature requirements. The materials are also NSF or FDA approved for potable water treatment applications including chlorinators, purifiers and heaters. The FS-500 is ideal for equipment cooling including welders, lasers, etc. A J-box

• Pipe Diameter: 0.75 inch
• Media Temperature Range: 0 to 212 F
• Liquid Volumetric Flow Rate: 0.25 to 5 GPM
• Operating Pressure: 40 to 100 psi

Description: 1 HP to 250 HP Bypass Packages The iQpump605 Enclosed bypass package offers an iQpump605 drive in a UL Type 1, 12, or 3R in a cabinet with a standard circuit breaker and components to run the pump across the line to keep water flowing. There is room for additional options like filters and/or

• Rated Power: 1,492.29188164081 watts
• Continuous Output Current: 3.4 amps
• Supply Voltage (AC): 480 volts
• Operating Temperature: -10 to 60 C

Description: 1 HP to 250 HP Bypass Packages The iQpump605 Enclosed bypass package offers an iQpump605 drive in a UL Type 1, 12, or 3R in a cabinet with a standard circuit breaker and components to run the pump across the line to keep water flowing. There is room for additional options like filters and/or

• Rated Power: 11,192.189112306076 watts
• Continuous Output Current: 46.2 amps
• Supply Voltage (AC): 208 volts
• Operating Temperature: -10 to 60 C

Description: 1 HP to 250 HP Bypass Packages The iQpump605 Enclosed bypass package offers an iQpump605 drive in a UL Type 1, 12, or 3R in a cabinet with a standard circuit breaker and components to run the pump across the line to keep water flowing. There is room for additional options like filters and/or

• Rated Power: 44,768.756449224304 watts
• Continuous Output Current: 154 amps
• Supply Voltage (AC): 240 volts
• Operating Temperature: -10 to 60 C

Description: 1 HP to 250 HP Bypass Packages The iQpump605 Enclosed bypass package offers an iQpump605 drive in a UL Type 1, 12, or 3R in a cabinet with a standard circuit breaker and components to run the pump across the line to keep water flowing. There is room for additional options like filters and/or

• Rated Power: 14,922.9188164081 watts
• Continuous Output Current: 54 amps
• Supply Voltage (AC): 240 volts
• Operating Temperature: -10 to 60 C

Description: applications in Gas and Oil, Pulp and Paper, Chemical Processing, HVAC, Water, Power, Steel and general industries. Standard Specifications Enclosure: Weatherproof enclosure IP67, NEMA 4 and 6 AWWA: Conforms to AWWA C504-93 requirements Power supply: 110/220V AC 1PH, 220/380/440/460/480VAC, 3

• Actuator Torque: 690 In-lbs
• Number of Turns (For Multi-turn Actuators): 10
• Actuation Time: 0.8125 seconds
• Features: Electric

Description: applications in Gas and Oil, Pulp and Paper, Chemical Processing, HVAC, Water, Power, Steel and general industries. Standard Specifications Enclosure: Weatherproof enclosure IP67, NEMA 4 and 6 AWWA: Conforms to AWWA C504-93 requirements Power supply: 110/220V AC 1PH, 220/380/440/460/480VAC, 3

• Actuator Torque: 6,900 In-lbs
• Number of Turns (For Multi-turn Actuators): 16.5
• Actuation Time: 0.837837837837838 seconds
• Features: Electric

Description: and the reference standards have also been updated. Scope 1.1 This Standard specifies the requirements for trace heaters, surface heaters, and heating device sets for use on system voltages not exceeding 750 V that are intended to be installed in accordance with the Canadian Electrical

Description: Flywheel and Flywheel Housing SAE No. 00 SAE standard rotation Gaseous Fuel System Low pressure regulator Electronically actuated fuel control valve Gaseous fuel heater Electronically controlled gas shut-off valve Gas induction nozzles CSA certified gas electronic components

• Wattage: 1,600 watts
• Volt-Ampere: 2,000,000 VA
• Frequency: 50 Hz
• Applications: Industrial