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Specifications – 

Dimensions (In.)

(A)

(B)

No.

No.

Sheath

Min. Tank

Model

Elements

Phase

Volts

kW

Model

Elements

Phase

Volts

kW

Material

Riser Height Opening Clearance

TLC-210

2

1

240-480

10

TLC-315

3

1 or 3

Δ

240-480

15

Copper

48

45

TLC-212

2

1

240-480

12

TLC-318

3

1 or 3

Δ

240-480

18

Copper

48

52-1/2

TLC-220

2

1

120-240-480

2

TLC-330

3

1 or 3

Δ

120-240

3

Copper

36

12-1/4

1 or 3Y

480

TLC-240

2

1

120-240-480

4

TLC-360

3

1 or 3

Δ

120-240-480

6

Copper

36

22-1/4

TLC-260

2

1

120-240-480

6

TLC-390

3

1 or 3

Δ

120-240-480

9

Copper

36

29-1/2

TLC-280

2

1

240-480

8

TLC-312

3

1 or 3

Δ

240-480

12

Cooper

36, 48

37-3/8

TLI-210

2

1

240-480

10

TLI-315

3

1 or 3

Δ

240-480

15

Incoloy

48

45

TLI-212

2

1

240-480

12

TLI-318

3

1 or 3

Δ

240-480

18

Incoloy

48

52-1/2

TLI-220

2

1

120-240-480

2

TLI-330

3

1 or 3

Δ

120-240

3

Incoloy

36

12-1/4

1 or 3Y

480

TLI-240

2

1

120-240-480

4

TLI-360

3

1 or 3

Δ

120-240-480

6

Incoloy

36

22-1/4

TLI-260

2

1

120-240-480

6

TLI-390

3

1 or 3

Δ

120-240-480

9

Incoloy

36

29-1/2

TLI-280

2

1

240-480

8

TLI-312

3

1 or 3

Δ

240-480

12

Incoloy

36, 48

37-3/8

TLO-220

2

1

120-240-480

2

TLO-330

3

1 or 3

Δ

120-240-480

3

Steel

36

22-1/4

TLO-230

2

1

120-240-480

3

TLO-345

3

1 or 3

Δ

120-240-480

4.5

Steel

36

29-1/2

TLO-240

2

1

120-240-480

4

TLO-360

3

1 or 3

Δ

120-240-480

6

Steel

36, 48

37-3/8

TLO-250

2

1

120-240-480

5

TLO-375

3

1 or 3

Δ

120-240-480

7.5

Steel

48

45

TLO-260

2

1

120-240-480

6

TLO-390

3

1 or 3

Δ

120-240-480

9

Steel

48

52-1/2

TLO-270

2

1

240-480

7

TLO-310

3

1 or 3

Δ

240-480

10

Steel

48

56-1/2

TLS-210

2

1

240-480

10

TLS-315

3

1 or 3

Δ

240-480

15

Stainless Steel

48

45

TLS-212

2

1

240-480

12

TLS-318

3

1 or 3

Δ

240-480

18

Stainless Steel

48

52-1/2

TLS-220

2

1

120-240-480

2

TLS-330

3

1 or 3

Δ

120-240

3

Stainless Steel

36

12-1/4

1 or 3Y

480

TLS-240

2

1

120-240-480

4

TLS-360

3

1 or 3

Δ

120-240-480

6

Stainless Steel

36

22-1/4

TLS-260

2

1

120-240-480

6

TLS-390

3

1 or 3

Δ

120-240-480

9

Stainless Steel

36

29-1/2

TLS-280

2

1

240-480

8

TLS-312

3

1 or 3

Δ

240-480

12

Stainless Steel

36, 48

37-3/8

(A)

(B)

Note: Thermostat shipped separately in kit. See page
with renewal parts for ordering information.

(10)

(A)

(B)

(4)

(4-1/2)

(3-1/2)

3-1/2 approx.

Tank Bottom

1”–11-1/2 NPT

Tube Riser

Gasket

Thermostat Well

Heating Elements

Sludge Leg/s
Assemble
As Shown
(See Installation)

(4-1/16)

TLC, TLO, TLS, TLI

SPECIFICATIONS

GENERAL (cont’d.)

D.

Riser type construction puts the heat at the bottom inducing
natural “stirring action” and evenly distributed temperatures.

E.

Units are available with E1 General Purpose, E4 Moisture
Resistant, E2 Explosion/Moisture Resistant and E3 Explosion
Resistant terminal enclosures.

IMPORTANT: It is the responsibility of the purchaser of
the heater to make the ultimate choice of sheath
material based upon his knowledge of the chemical
composition of the corrosive solution, character of
the materials entering the solution, and controls

which he maintains on the process. CHROMALOX
cannot warrant any electric immersion heater against
failure by sheath corrosion if such failure is the result
of operating conditions beyond our control.

Sheath corrosion can result in a ground fault which,
depending upon the solution being heated, can cause
an explosion or fire.

Summary of Contents for PD411-10

Page 1: ...esult in person al injury The seriousness of the potential risk is identified by one of these three words will result in serious injury or death could result in serious injury or death may result in minor or moderate injury Read and follow these instructions to minimize risks of electric shock or fire Save these instructions for future reference Chromalox Type TLC TLO TLS TLI KTLC KTLO KTLS KTLI K...

Page 2: ... Steel 48 56 1 2 TLS 210 2 1 240 480 10 TLS 315 3 1 or 3Δ 240 480 15 Stainless Steel 48 45 TLS 212 2 1 240 480 12 TLS 318 3 1 or 3Δ 240 480 18 Stainless Steel 48 52 1 2 TLS 220 2 1 120 240 480 2 TLS 330 3 1 or 3Δ 120 240 3 Stainless Steel 36 12 1 4 1 or 3Y 480 TLS 240 2 1 120 240 480 4 TLS 360 3 1 or 3Δ 120 240 480 6 Stainless Steel 36 22 1 4 TLS 260 2 1 120 240 480 6 TLS 390 3 1 or 3Δ 120 240 480...

Page 3: ...5 3 1 or 3Δ 240 480 15 Incoloy 48 21 1 4 Fig 2 KTLI 212 2 1 240 480 12 KTLI 318 3 1 or 3Δ 240 480 18 Incoloy 48 23 1 2 Fig 2 KTLI 220 2 1 120 240 480 2 KTLI 330 3 1 or 3Δ 120 240 3 Incoloy 36 10 5 8 Fig 1 1 or 3Y 480 KTLI 240 2 1 120 240 480 4 KTLI 360 3 1 or 3Δ 120 240 480 6 Incoloy 36 13 3 4 Fig 2 KTLI 260 2 1 120 240 480 6 KTLI 390 3 1 or 3Δ 120 240 480 9 Incoloy 36 16 1 8 Fig 2 KTLI 280 2 1 24...

Page 4: ... equipment additional protec tion such as a metal guard may be needed 6 In the electroplating operation the heaters are not under any cir cumstance to be placed between the electrodes and the work 7 When melting solids by direct immersion a surface vent should be provided to allow gases to escape Operate the heater on half volt age until melted material completely covers the heater area 8 A drip l...

Page 5: ...480V Model 1ø 3øΔz 1ø 3øΔz 1ø 3øΔz 3øY Model 1ø 3øΔz 1ø 3øΔz 1ø 3øΔz 3øY Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig TLC TLI and TLS 210 1 1 TLO 310 3 4 3 4 TLC TLI and TLS 212 1 1 TLC TLI and TLS 312 3 4 3 4 TLC TLI TLO and TLS 220 1 1 2 TLC TLI and TLS 315 3 4 3 4 TLO 230 1 1 1 TLC TLI and TLS 318 3 4 3 4 TLC TLI TLO and TLS 240 1 1 1 TLC TLI TLO and TLS 330 3 4 3 4 5 4 6 TLO 250 1 1...

Page 6: ...KTLS 220 1 1 2 KTLC KTLI and KTLS 315 3 4 3 4 KTLO 230 1 1 1 KTLC KTLI and KTLS 318 3 4 3 4 KTLC KTLI KTLO and KTLS 240 1 1 1 KTLC KTLI KTLO and KTLS 330 3 4 3 4 5 4 6 KTLO 250 1 1 1 KTLO 345 3 4 3 4 3 4 KTLC KTLI KTLO and KTLS 260 1 1 1 KTLC KTLI KTLO and KTLS 360 3 4 3 4 3 4 KTLO 270 1 1 KTLO 375 3 4 3 4 3 4 KTLC KTLI and KTLS 280 1 1 KTLC KTLI KTLO and KTLS 390 3 4 3 4 3 4 Note Use wire size an...

Page 7: ... 1 megohm or less be dried out before applying full power If dried properly low megohm will not effect heater life or efficiency To correct a low megohm condition remove terminal enclosure cover gaskets and terminal hardware Bake heaters in an oven at 300 to 500 F for several hours or preferably overnight An alternate procedure is to cycle the heater in 10 to 15 minute periods at low voltage until...

Page 8: ...t and replace if necessary Check conduit layout to correct conditions that allow corrosion to enter the ter minal enclosure 6 Clean terminal ends of all contamination 1 Thermostat Kit order by PCN A 0 100 F PCN 277835 B 60 250 F PCN 277819 2 Thermostat Knob A 0 100 F 169 019605 002 B 60 250 F 169 019604 001 C 200 550 F 169 019604 002 3 Sludge Legs A TLC KTLC Series 176 114713 001 B TLI KTLI Series...

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