North America +1 800 621 1998 ▪ International +1 440 974 1300 ▪ processtechnology.com

PRODUCT DATA SHEET

Rugged design provides long life in harsh, high-

temp. environments

Achieves the highest temperature heating,

up to 210°C

Long life & reduced cost of ownership with

patented purge

Clean operation with thick PTFE sheath & purge to minimize contamination

Low Watt density enables accurate control of process temperature

Up to 210°C

689 kPa @ 25°C296 kPa @ 180°C

TIHInline Chemical Heater

1 to 18 kW

CE, UL, Semi S2

200 to 600 Volts, single or three phase

Highest Temperature Process Fluid Heating Available!

Features & Values Specifications ¾ All fluoropolymer wetted surfaces for virtually any wet

chemistry application.

¾ Rugged construction with thick walled chamber that provides long service life for the most demanding high-temp recirculation or single pass chemical applications

¾ Reduced cost of ownership, extended service life, & enhanced cleanliness with patented purge which removes chemical permeation & minimizes ionic contamination

¾ Fast heatup with single heater chamber sizes up to 18kW

¾ Rapid installation with custom plumbing connections available to match existing plumbing & case installation

¾ Precise & stable control of process temperature with low Watt density design

¾ PVDF high-temp. mounting brackets (High-temp. model)

¾ Horizontally mounted configuration (option)

¾ Capacitive style liquid level verification (option)

Wattages

TIH DATA SHEET

Temperature Range

1,000 to 18,000 Watts

CE, UL, Semi S2

Up to 210º C.

à 6 to 25mm flared à 12 to 25mm Super 300 Type Pillar® à Other connections available,

consult factory

Certifications

Fluid Connections

Model Number Breakdown

Dimensions

Voltages 200 to 600 Volts, single or 3-phase (12kW & larger require 3-phase)

Pressure Range 689 kPa @ 25°C296 kPa @ 180°C

Element Purge Small amount of clean dry air (CDA) or N₂ gas flows between the grounded element & PTFE sheath. Removes chemical permeation and minimizes ionic contamination for longer life

TIH 6 - 3 1 B A S R R

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TIH series Wattage, kW - Voltage Phase Inlet and Outlet Connections Drain Connection Plumbing Configuration Process sensor type Overtemp sensor type

01 thru 18 1 = 208V 1 or 3 A = 1/2" Flared O (or 0) = No Drain S = Straight (180° opposed inlet, outlet, center-bottom drain) J = Type J thermocouple E = Type E thermocouple

2 = 240V B = 3/4" Flared A = 1/2" Flared R = Bottom side inlet, rotated 90° to right of outlet (center-bottom drain) K = Type K thermocouple K = Type K thermocouple

3 = 380V C = 1" Flared B = 3/4" Flared L = Bottom side inlet, rotated 90° to left of outlet (center-bottom drain) H = 100-Ohm RTD (2-wire) H = 100-Ohm RTD (2-wire)

4 = 400V S = 3/8" Flared S = 3/8" Flared E = Bottom side inlet, rotated 180° from outlet (center-bottom drain) R = 1000-Ohm RTD (2-wire) R = 1000-Ohm RTD (2-wire)

5 = 415V T = 3/8" Super 300 Pillar T = 3/8" Super 300 Pillar A = Bottom side inlet, directly below outlet (center-bottom drain) O = No process sensor

6 = 480V U = 25mm union V = 1/2" Super 300 Pillar B = Bottom inlet center of bottom, (standard no drain, side bottom drain if required)

7 = 440V V = 1/2" Super 300 Pillar W = 3/4" Super 300 Pillar C = Straight (side-drain, below inlet)

8 = 575V W = 3/4" Super 300 Pillar Y = 1/4" Super 300 Pillar D = Straight (side-drain, below outlet)

9 = 220V X = 1" Super 300 Pillar Z = 1/4" Flared H = Horizontal design (similar to B, but with drain on lower side, opposite outlet)

10 = 200V 4 = 20mm union 4 = 20mm union Other configurations = issue new plumbing deisgnation

14 = 600V

15 = 230V

16 = 450V

kW LENGTH mm(in)123

4.56 629(24.75)9

1213.518

508(20.00)

845(33.25)

1066(42.00)

HORIZONTALCONFIGURATION

kW LENGTH mm(in)123

4.569

1213.5 1022(40.25)18 1073(42.25)

870(34.25)

VERTICALCONFIGURATION

463(18.25)

667(26.25)

∅191mm(7.50in)

OVERALLLENGTH

DS05102018