DYNASERV PART NUMBER EVOLUTION

1st Generation Drives(M-Type, Standard):
(examples)
1.    SD  1  015  B  62  -  3  SN  *  1C
2.    SR  1  100  E  62  -  4  SN  *  1C
      --  -  ---  -  --     -  --     --
      a   b   c   d   e     f   g      h

a: Drive Type -> SD= DM series(encoder feedback), SR= DR series(resolver feedback)
b: Max Speed -> 1= ~2RPS; 5= High Speed version Max ~5RPS
c: Peak Torque Rating(Nm) -> 004Nm - 500Nm
d: Motor Diameter -> A= 10", B= 6", C= 4", E= 8"
e: Manufacturer Revision Designator -> (Phase I= {blank} or 2, Phase II= 6, Phase III= 62)
f: Input Line Voltage -> 1SN= 100VAC, 2SN= 200VAC, 3SN= 115VAC, 4SN= 230VAC
g: SN= Standard Drive, MN= M-Type(built in controller)
h: CE Marked -> *1C

2nd Generation Drives(M2 and G2):
(example)
    UD   1004B  6  BA  -  3SB  N*C

   [a ] [  b  ] 6 [cd] - [efg] N*C

a: Feedback Type -> UD= DM series(encoder feedback), UR= DR series(resolver feedback)
b: Motor Type (see Standard drive description above for more details)
c: Drive -> B= 500W, K or L= 2kW
d: Current -> A= 5A, B= 6A, C= 15A, D= 20A
e: Voltage -> 1= 115VAC, 2= 230VAC
f: Drive Type -> S= Drive G2, X or P or D= Drive M2 (X=ContactI/O, P=Profibus, D=Devicenet)
g: ONLY FOR DRIVE G2 -> A= 12V-24V I/O, B= 5V I/O

Motors:
(example)
DR      1     030 B -60*1

[a ]  [  b  ] [c] [d][e]  






Motors:
ex. DM  1  015  B  60*1
    --  -  ---  -  ----
     a  b   c   d    e   

a: Motor Feedback Type -> DM= Encoder, DR= Resolver
b: Max Speed -> 1= ~2RPS, 5= ~5RPS
c: Max Torque Rating in Nm (004Nm - 500Nm)
d: Motor Diameter -> A= 10", B= 6", C= 4", E= 8"
e: Manufacturer Rev. Designator -> 2 = Phase I, 6= Phase II, 60*1= Phase III, 
60*2C= Second Generation