Widest range in the industry!

High performance for low cost

Tolerances to ±0.1%, an RCD exclusive!

Low inductance version available (specify opt.’X’)

For improved stability & reliability, T Series is available

with 24 hour burn-in (specify opt.’EQ’)

TUBULAR WIREWOUND RESISTORS

12 WATT to 1300 WATT

* Extended range available

T SERIES

Option T: Tapped

Single or multi-tapped units avail.

Power rating is reduced by 10%

per tap. Indicate resistance value

and wattage required per section

when ordering.

Option L: Insulated Leads

Stranded wire is soldered to lug

terminals and insulated with shrink

tubing. Also available ring terminal

(Opt LR), quick-connect male (LM),

female (LF), and various others.

Opt. A: Axial Lead (illustrated)

Opt. R: Radial Lead

Lead wires are attached to lug

terminals to enable soldering direct

to PCB. The resistor body can be

supported by leads up to 25W size.

Option V: Adjustable

Exposed winding enables adjustment

of resistance value. Slider divides

wattage rating proportionally.

Available on edgewound and

standard winding. Do not over-tighten.

Option G: Male Quick-Connect

1/4 x .031” thick [6 x .8mm] male tab

Opt. M: Assembled with Thru-Bolt Brackets

Small models are mounted

≈1/4” above mounting plane,

medium

≈1/2”, large ≈3/4”. Mounting kit (2 slotted brackets,

insulators, threaded rod, nuts & washers) may be purchased

separately, specify T50-BRACKET, T80-BRACKET, etc.

M

N

P

Standard Series T: Tubular design enables high power at

low cost. Specialty high-temp flame resistant silicone

ceramic coating holds wire securely against ceramic core

providing optimum heat transfer and precision perfor-

mance (enabling resistance tolerances to 0.1%).

.25”

Option J: Push-In Bracket (12W - 225W)

Units are supplied with pre-assembled push-in

slotted brackets. Brackets may be purchased

separately, specify T50-PIB, T80-PIB, etc.

(order 2 brackets for each resistor)

.25 -.75” typ

SPECIFICATIONS

D

C

R

e

p

y

T

e

g

a

t

t

a

W

g

n

i

t

a

R

*

e

g

n

a

R

e

c

n

a

t

s

i

s

e

Rl

a

c

i

p

y

t

,

]

m

m

[

h

c

n

I

s

n

o

i

s

n

e

m

i

D

)

t

e

k

c

a

r

B

g

n

i

t

n

u

o

M

(

M

n

o

i

t

p

O

d

r

a

d

n

a

t

S

e

l

b

a

t

s

u

j

d

A

)

V

.

t

p

O

(

LD

.

D

.

I

)

n

i

m

(

Hh

)

n

i

m

(

MN

P

2

1

T2

11

.

0

Ω

K

0

1

-1

.

0

Ω

K

3

-]

5

4

[

6

7

.

1]

4

1

[

5

5

.]

5

[

2

.]

0

1

[

4

.]

2

[

8

0

.]

5

5

[

5

1

.

2]

5

6

[

6

.

2]

3

[

2

1

.

S

0

2

T0

21

.

0

Ω

K

5

1

-1

.

0

Ω

K

4

-]

0

5

[

0

.

2]

4

1

[

5

5

.]

5

[

2

.]

0

1

[

4

.]

2

[

8

0

.]

5

6

[

6

.

2]

6

7

[

0

.

3]

3

[

2

1

.

5

2

T5

21

.

0

Ω

K

0

2

-1

.

0

Ω

K

6

-]

0

5

[

0

.

2]

8

1

[

7

.]

8

[

3

.]

2

1

[

8

4

.]

2

[

8

0

.]

8

6

[

8

6

.

2]

0

8

[

2

.

3]

4

[

6

1

.

0

5

T0

51

.

0

Ω

K

0

4

-1

.

0

Ω

K

2

1

-]

2

0

1

[

0

.

4]

8

1

[

7

.]

8

[

3

.]

2

1

[

8

4

.]

2

[

8

0

.]

0

2

1

[

2

7

.

4]

2

3

1

[

2

.

5]

4

[

6

1

.

S

0

5

T0

51

.

0

Ω

K

0

4

-1

.

0

Ω

K

2

1

-]

0

9

[

5

5

.

3]

8

2

[

1

.

1]

3

1

[

5

.]

7

1

[

7

6

.]

0

.

4

[

6

1

.]

0

3

1

[

2

1

.

5]

7

4

1

[

8

.

5]

5

.

5

[

2

2

.

5

7

T5

71

.

0

Ω

K

0

5

-1

.

0

Ω

K

6

1

-]

4

.

2

5

1

[

0

.

6]

8

1

[

7

.]

8

[

3

.]

2

1

[

8

4

.]

2

[

8

0

.]

0

7

1

[

9

6

.

6]

2

8

1

[

2

.

7]

4

[

6

1

.

0

8

T0

81

.

0

Ω

K

0

6

-1

.

0

Ω

K

8

1

-]

0

1

1

[

5

3

.

4]

8

2

[

1

.

1]

3

1

[

5

.]

7

1

[

7

6

.]

0

.

4

[

6

1

.]

0

5

1

[

0

9

.

5]

1

7

1

[

7

.

6]

5

.

5

[

2

2

.

0

0

1

T0

0

11

.

0

Ω

K

0

0

1

-1

.

0

Ω

K

0

3

-]

3

6

1

[

4

.

6]

8

2

[

1

.

1]

3

1

[

5

.]

7

1

[

7

6

.]

0

.

4

[

6

1

.]

2

0

2

[

0

0

.

8]

6

1

2

[

5

.

8]

5

.

5

[

2

2

.

0

5

1

T0

5

11

.

0

Ω

K

0

3

1

-1

.

0

Ω

K

0

4

-]

5

9

1

{

7

.

7]

0

3

[

2

.

1]

6

1

[

3

6

.]

9

1

[

5

7

.]

0

.

4

[

6

1

.]

5

3

2

[

5

2

.

9]

4

5

2

[

0

1]

5

.

5

[

2

2

.

5

7

1

T5

7

13

1

.

0

Ω

K

0

5

1

-3

1

.

0

Ω

K

5

4

-]

5

1

2

[

5

.

8]

0

3

[

2

.

1]

6

1

[

3

6

.]

9

1

[

5

7

.]

0

.

4

[

6

1

.]

4

5

2

[

0

1]

9

6

2

[

6

.

0

1]

6

[

4

2

.

5

2

2

T5

2

26

1

.

0

Ω

K

5

6

1

-6

1

.

0

Ω

K

0

5

-]

7

6

2

[

5

.

0

1]

0

3

[

2

.

1]

6

1

[

3

6

.]

9

1

[

5

7

.]

0

.

4

[

6

1

.]

5

0

3

[

2

1]

1

2

3

[

6

.

2

1]

6

[

4

2

.

0

0

3

T0

0

34

.

0

Ω

K

0

2

2

-4

.

0

Ω

K

6

6

-]

9

5

2

[

2

.

0

1]

3

4

[

7

.

1]

3

2

[

9

.

0]

5

2

[

0

.

1]

5

.

4

[

8

1

.]

0

0

3

[

8

.

1

1]

5

2

3

[

8

.

2

1]

8

[

1

3

.

0

0

5

T0

0

55

.

0

Ω

K

0

5

2

-5

.

0

Ω

K

5

7

-]

0

3

3

[

3

1]

3

5

[

1

.

2]

0

3

[

2

.

1]

5

2

[

0

.

1]

5

.

4

[

8

1

.]

0

8

3

[

0

.

5

1]

2

0

4

[

8

.

5

1]

9

[

5

3

.

0

0

6

T0

0

68

.

0

Ω

K

0

0

3

-8

.

0

Ω

K

0

9

-]

9

9

3

[

7

.

5

1]

3

5

[

1

.

2]

0

3

[

2

.

1]

5

2

[

0

.

1]

5

.

4

[

8

1

.]

0

5

4

[

7

.

7

1]

0

7

4

[

5

.

8

1]

9

[

5

3

.

0

5

7

T0

5

78

.

0

Ω

K

0

0

4

-8

.

0

Ω

K

0

2

1

-]

0

6

4

[

1

.

8

1]

3

5

[

1

.

2]

0

3

[

2

.

1]

5

2

[

0

.

1]

5

.

4

[

8

1

.]

0

1

5

[

1

.

0

2]

5

3

5

[

1

.

1

2]

9

[

5

3

.

0

0

0

1

TW

K

11

Ω

K

0

0

5

-1

Ω

K

0

5

1

-]

0

4

5

[

3

.

1

2]

3

6

[

5

.

2]

5

3

[

4

.

1]

0

3

[

5

1

.

1]

5

.

5

[

2

2

.]

5

9

5

[

4

.

3

2]

5

1

6

[

2

.

4

2]

9

[

5

3

.

0

0

3

1

TW

K

3

.

11

Ω

K

0

5

7

-1

Ω

K

0

0

2

-]

0

5

6

[

6

.

5

2]

9

6

[

7

.

2]

5

3

[

4

.

1]

0

3

[

5

1

.

1]

5

.

5

[

2

2

.]

2

0

7

[

6

.

7

2]

2

2

7

[

5

.

8

2]

9

[

5

3

.

e

c

n

a

r

e

l

o

T

d

r

a

d

n

a

t

S

1

Ω

,

)

%

1

.

0

±

o

t

.

l

i

a

v

a

(

%

5

±

:

e

v

o

b

a

d

n

a

1

w

o

l

e

B

±

:

Ω

0

1

%

)

%

1

±

o

t

.

l

i

a

v

a

(

t

n

e

i

c

i

f

f

e

o

C

.

p

m

e

T

)

m

p

p

0

2

o

t

.l

i

a

v

a

(

1

C

°

/

m

p

p

0

6

2

Ω

,

e

v

o

b

a

d

n

a

°

/

m

p

p

0

0

41

.

0

C

Ω

9

9

.

0

o

t

Ω

h

t

g

n

e

r

t

S

c

i

r

t

c

e

l

e

i

D)

t

e

k

c

a

r

b

g

n

i

t

n

u

o

m

o

t

l

a

n

i

m

r

e

t

(

C

A

V

0

0

0

1

d

a

o

l

r

e

v

O.

c

e

s

5

r

o

f

r

e

w

o

p

d

e

t

a

r

x

0

1

.

p

m

e

T

g

n

i

t

a

r

e

p

O5

5

-C

°

0

5

3

+

o

t

C

°

g

n

i

t

a

r

e

DC

°

5

2

e

v

o

b

a

C

°

/

%

1

3

.

p

m

e

Te

r

u

t

a

r

ee

s

i

R

≈

C

°

5

2

3

-

0

5

2W

d

e

t

a

r

ll

u

f

@

.38” T12

.66” T20-

T225

.2 -.5” typ

.125” T12

.16” T20-50

.2” T50S-225

FA027C

Sale of this product is in accordance with GF-061. Specifications subject to change without notice.

123456789012

123456789012

123456789012

.040 x 2”

OPTIONAL STYLES:

RESISTORS CAPACITORS COILS DELAY LINES

D

H

L

h

I.D.

↓↓↓↓↓

↑↑↑↑↑

50

P/N DESIGNATION:

T225

- 1R00 - F B

W

RCD Type

Options: X, V, T, R, M, L, J, G, EQ, A

(leave blank for standard)

Resis.: 4-digit code for 0.1%-1% (3 signif. figures

& multiplier), e.g. R100=0.1

Ω,1R00=1Ω, 1001=1KΩ.

3-digit code for 2%-10% (2 signif. figures & multiplier),

e.g. R10=0.1

Ω, 1R00=1Ω, 1000=100Ω, 1001=1K

Tolerance: K=10%, J=5%, H=3%, F=1%, D=.5%, C=.25%, B=.1%

Packaging: B = Bulk (standard)

Termination: W= Pb-free, Q= SnPb (leave blank if either is acceptable)

RoHS

Term.W is

RoHS

compliant

& 260°C

compatible