| Hemmi |
| No. |
Type |
Scales |
Note |
| Hemmi?
(1) |
10" Mannheim |
Front: 10inch/ A =B, C= D | 28cm, Well,
32-55cm, Back: =S, L, T=, Constant. Tbl |
|
| J.Hemmi
1/1 |
10" Mannheim |
Front: 10inch/ A =B, C= D | 27cm, Well,
32-55cm, Back: =S, L, T=, Eq. Tbl |
|
| 1/1 |
10" Mannheim |
Front: 10inch/ A =B, C= D | 28cm, Back:
=S, L, T=, ,Eq. Tbl |
|
| J.Hemmi
2 |
10" Mannheim |
Front: 27cm/ A =B, C= D | 10inch, Well 11
-22 inch, Back: =S, L, T=, Eq. Tbl |
|
| J.Hemmi
4 |
10" Electro |
Front: 28cm/ LL2, A =B, C= D, LL3 | 10inch, Well
Dynamo - Motor, Volt Back: =S, L, T=, Eq. Tbl |
|
| J.
Hemmi 6 |
5" Mannheim |
Front: 5 inch/A =B, C= D, Back =S, L, T=,
Well 18 - 29cm |
|
| J.
Hemmi 9 |
5" Extra Fine Scales |
Front: 5 inch/A =B, C= D, Back =S, L, T=,
Eq. Tbl, Well 18 - 29cm |
|
| 22 |
8" Practice |
Front: CI, C= D, A |
FC |
| 30 |
4" Pocket |
Front: 10cm/A =B, CI, C= D, Back =S, L,
T= |
|
| 30
(Variant) |
4" Pocket |
Front: 4in/A =B, C= D |10cm, Back =S, L,
T= |
|
| 32 |
4" Pocket |
Front: 4inch/ A =B, CI, C= D, Back: =S,
L, T= |
*1 |
| 32
(Variant) |
4" Pocket |
Front: 4inch/ A =B, CI, C= D, Back: =S,
L, T= |
*1 |
| 34RK |
5" Pocket |
Front: 14cm/ A =B, CI, C= D K, Back: =S,
L, T= |
|
| P43D |
8" Student |
Front: A =B, CI, C= D, K, Back: =T, L, S=, |
|
| 45 |
8" Student |
Front: DF =CF, CI, C= D, A, Back: =TI, L,
SI=, ,Eq. Tbl |
|
| 45K |
8" Student |
Front: K, DF =CF, CI, C= D, A, Back: =TI,
L, SI=, ,Eq. Tbl |
|
| P45S |
8" Student |
Front: K, DF =CF, CI, C= D, A, Back: =TI,
L, SI= |
|
| 52 |
5" Mannheim |
Front: 14cm/ A =B, CI, C= D | 10in, Back:
=S, L, T=, ,Eq. Tbl, Well; 17-29cm |
|
| 64 |
10" Rietz |
Front: 27cm/ K, A =B, CI, C= D, L, Well
33-58cm, Back: =S, S&T, T=, Eq. Tbl |
|
| 64T |
10" Rietz |
Front: 10inch/ K, A =B, BI, CI, C= D, DI, L, Back:
=T2, T1, ST, T=, Eq. Tbl |
|
| 70 |
20" Rietz |
Front: 50cm/ K, A =B, CI, C= D, L| 20in, Back:
=S, S&T, T= |
|
| 74 |
5" Rietz |
Front: 14cm/ K, A =B, CI, C= D, L, Back:
=S, S&T, T= |
|
| 80/1 |
10" Electro |
Front: 27cm/ LL2, A =B, CI, C= D, LL3 | 10inch,
Back: =S, L, T=, Eq. Tbl , Well:
Dynamo-Motor, Volt, |
|
| 80K |
10" Electro |
Front: 27cm/ Dynamo-Motor, Volt, A =B, CI, C= D,
LL3, LL2,| K, Back: =S, L, T=, Eq. Tbl |
|
| 80K
(2) |
10" Electro |
Front: 27cm/ Dynamo-Motor, Volt, A =B, CI, C= D,
LL3, LL2,| K, Back: =S, L, T=, Eq. Tbl |
|
| 90 |
10" Stadia |
Front: 27cm/ L, C1 =M1, M2, C2= D, A |K, IA, Back:
=S, S&T, T=, ,Eq. Tbl |
|
| 130 |
10" Darmstadt |
Front: 10inch/ L, K, A =B, CI, C= D, Cos,|SIN/COS,
tg/ctg Back: =LL1, LL2, LL3=, Eq. Tbl(En) |
|
| 130W |
10" Darmstadt |
Front: 27cm/ T, K, A =B, BI, CI, C= D, P, S, Back:
=L, LL0, LL1, LL2, LL3=, Eq. Tbl (En) |
|
|
135 |
5" Darmstadt |
Front: 14cm/ T, K, A =B, CI,
C= D, P, S, Back: =L, LL1, LL2, LL3= |
|
| P135k |
5" Darmstadt |
Front: T, K, A =B, CI, C= D, P, S, Back:
=L, LL1, LL2, LL3= |
|
| 143 |
5" Commerce |
Front: P1, P2, DF =CF, CIF, CI, C= D, LL(2), Back:
A, N =M, ’, s/d, C= D, G |
|
| 149 |
5" General Engineering |
Front: LL1/1, LL/2, LL/3, DF =CF, CIF, CI, C= D,
LL3, LL2, LL1, Back: L, K, A =B, TI, SI, C= C, LL0,
LL/0 (22 scales) |
|
| 149A |
5" General Engineering |
Front: LL1/1, LL/2, LL/3, DF =CF, CIF, CI, C= D,
LL3, LL2, LL1, Back: L, K, A =B, TI, SI, C= C, LL0,
LL/0 (22 scales) |
|
149A
(Odelco) |
5" General Engineering |
Front: LL1/1, LL/2, LL/3, DF =CF, CIF, CI, C= D,
LL3, LL2, LL1, Back: L, K, A =B, TI, SI, C= C, LL0,
LL/0 (22 scales) |
|
| 150 |
10" Duplex |
Front: DF =CF, CIF, C= D, Back:
K, A =B, S, T= D, L |
|
| 153 |
10" Electrical Engineering |
Front: L,K, A =B, CI, C= D, T, Gtheta,
Back: Theta, Rtheta, P =Q, Q',
C= LL3, LL2, LL1 |
|
| 153
variant 1 |
10" Electrical Engineering |
Front: L,K, A =B, CI, C= D, T, Gtheta,
Back: Theta, Rtheta, P =Q, Q', C= LL3,
LL2, LL1 |
|
| 154
|
20" Electrical Engineering |
Front: DF, P', P =Q, CF, CI, Stheta=
A, D, K, Back: Sx, Tx, Ttheta =Th, Sh,
C= D, L, x |
|
| 201 |
20" Ultra Precision |
Front: L2.4, L1.3, A2.4, A1.3 =C4, C3, C2, C1=
D1, D2, D3, D4, Back: K4, K3, K2, K1 =CF4, CF3, CF2,
CF1= DF1, DF2, DF3, DF4 |
|
| 250 |
10" General |
Front: DF =CF, CIF, CI, C= D, L, Back:K,
A =B, TI2, TI1, SI= D, DI |
|
251
|
10" General/ Mechanical |
Front: L, DF =CF, CIF, CI, C= D, LL3, LL2, LL1,
Back: K, A =B, T, S, ST, C= D, DI |
|
254WN
|
10" High School |
Front: LL/1, LL/2, LL3, DF =CF, CIF, CI, C= D,
LL3, LL2, LL1, Back: LL/0, K, A =B, TI2, TI1, SI,
C= D, DI, L, LL0 |
|
255
|
10" Electrical Engineering |
Front: L, K, DF =CF, CIF, CI, C= D, LL3, LL2, LL1,
Back: Sh1, Sh2, Th, A = B, TI2, TI1, SI, C= D, x,
Theta |
|
255D
(Odelco) |
10" Electrical Engineering |
Front: L, K, DF =CF, CIF, CI, C= D, LL3, LL2, LL1,
Back: Sh1, Sh2, Th, A = B, TI2, TI1, SI, C= D, DI,
x, Theta (24 scales) |
|
| 256 |
10" Communications Engineering |
Front: L, db, Naper, DF =CF, CIF, CI, C= D, LL3,
LL2, LL1, Back: A, L [C, SI, SI] D, A, Lambda, F |
|
257L
(Odelco) |
10" Chemical Engineering |
Front: L, K, A, DF =CF, CIF, CI, C= D, LL3, LL2,
LL1, Back: Ch(2), M1 =M2, Temp(3), LM= mmHg, Kg/cm^2,
inHgVac, tw |
|
| 259D |
10" Mechanical Engineering |
Front: LL/1, LL/2, LL/3, DF =CF, CIF, CI, C= D,
LL3, LL2, LL1, Back: L, K, A =B, T, S, ST, C= D,
DI, LL0, LL/0 |
|
260
(Odelco) |
10" Advanced Mechanical Engineering |
Front: LL/1, LL/2, LL/3, A, DF =CF, CIF, CI, C=
D, LL3, LL2, LL1, Back: LL/0, LL0, K, A =B, T, S,
ST, C= D, DI, P, L (26 scales) |
|
| P261 |
10" General |
Front: LL01, LL02, LL03, DF =CF, CIF, CI, C= D,
LL3, LL2, LL1, Back: T, ST, K, A =B, BI, CI, C= D,
L, P, S |
|
| P263 |
10" Commerce |
Front: P1, P2, DF =CF, CIF, CI, C= D, LL, Back:
A, N =M, Pound, S/D C= D, G |
|
| 264 |
10" High School |
Front:LL3, LL2, DF =CF, CIF, CI, C= D, L, LL1,
Back:K, A =B, TI1, TI2, SI, D, DI |
|
| P265 |
10" Business |
Front:Profit, DF =CF, CIF, CI, C= D, LL2, LL1, Back:A,
D =Gauge Pts., Hour, Day= Month/Date, Hour Minutes |
|
| 266 |
10" Electronics |
Front: LL3-, LL2-, LL2, A =B, BI, CI, L= D, dB/L,
S, T, Back: Xl, Xc, F, γ1 - P =γ2 - Q,
L, C, Cz= L, Z, f0 |
|
| P267 |
10" Structural Design |
Front: 3√(x3), DF =CF, CIF, CI,
C= D, √(x2), Back: 4√(x4)
=λδ(conc.), λδ(trape.),
λm- λc, P = Q, L, T,
S |
|
| 269 |
10" Civil Engineering |
Front: CL, SL, M, TL =R, ST, T, S, C= D, DI, SinCos1,
SinCos2, Back: L, F, K, A =B, K1, CI, C= D, LL3,
LL2, LL1 |
|
269
(Odelco) |
10" Civil Engineering |
Front: CL, SL, M, TL =R, ST, T, S, C= D, DI, SinCos1,
SinCos2, Back: L, F, K, A =B, K1, CI, C= D, LL3,
LL2, LL1 |
|
| 275D
|
20" Electrical Engineering |
Front: L, K, DF =CF, CIF, CI, C= D, LL3, LL2, LL1,
Back: Sh1, Sh2, Th, A = B, TI2, TI1, SI, C= D, DI,
x, Theta (24 scales) |
|
279D
|
20" Mechanical Engineering |
Front: LL/1, LL/2, LL/3, DF =CF, CIF, CI, C= D,
LL3, LL2, LL1, Back: L, K, A =B, T, S, ST, CI, C=
D, DI, LL0, LL/0 (folded at pi) |
|
P280
(Ahrend) |
10" |
Front: T, K, A =B, CI, C= D, L, S, ST, Back:
=LL1, LL2, LL3= |
*2 |
| P402 |
10" Corporate Analysis |
Front: Special scales for analysis, Back:
A, DF = CD, CI, C = D, LL(x2) |
|
| 640S |
10" General |
Front: 27cm/ K, DF =CF, CIF, CI, C= D, A, L, Back:
=STI, TI2, TI1, SI, CI= |
|
| 641 |
10" General Engineering |
Front: 27cm/ K, A, DF =CF, CIF, B, CI, C= D, DI,
L, Back: =STI, TI2, TI1, SI, CI= |
|
| 2634 |
5" Pocket |
Front: 14cm/ K, DF =CF, CI, C= D, A, Back:
=TI2, TI1, L, SI1= |
*2 |
| 2641 |
10" Elementary School |
Front: DF =CF, CI, C= D, A, Back: Eq. Tbl |
|
| 2664 |
10" General |
Front: 10in/ K, DF =CF, CI, C= D, A | 0-27cm, Back:
=TI2, TI1, L, SI1= |
DK |
| 2664
(Early Model) |
10" General |
Front: 10in/ K, DF =CF, CI, C= D, A+L | 0-27cm,
Back: =TI1, TI2, SI2, SI1= |
|
| 2664S |
10" General |
Front: 27cm/ K, DF =CF, CIF, CI, C= D, A |-13+13cm,
Back:=TI2, TI1, L, SI= |
|
| 2664S-S |
10" General |
Front: 27cm/ K, A, DF =CF, CIF, CI, C= D, DI, Back:=TI2,
TI1, L, SI= |
|
| Denkishoin |
10" |
Front: Neper, dB, L, DF =CF, CIF, CI, C= D, A, K, Back:
Ttheta2, Ttheta1, Stheta, R1 =R2, B, CI, C =D, SR, TR1,
TR2 |
|
| Metal
Chemical |
20" Metal Chemical |
Front: L, K, A, DF =CF, CIF, CI, C= D (°K), LL3,
LL2, LL1, Back:ChA-M, ChN-Z,
M1, Xw =X, M2, TI, SI, G =Patm, PmmHg
-tw, °F, °C (folded at pi) |
|
|