TDK-Lambda Alpha 600, Handbook, Page: 14 / 20

Page 14 of 20 17130 issue 31, June 2014
Alpha 600 Handbook
may be followed by: LSF, RA or QF
Where LSF = Low speed fan
RA = Reverse air fan
QF = Quiet fan
followed by up to five of the following:
@ followed by AA, A, AL, BB, B, CC, C, CL, CM, CH, DD, D, FF, F, GG, G, JJ, J, KK, K, LL, L, MM, M, NN, N, QQ, Q, RR, R, SS,
S, TT, T, UU, U, WW, W, ZZ or Z.
optionally followed by _MF, MFE, MFU, MFV, _PA, _IN, _PP, MJ, RJ, PJ, IJ, _RP, RPA, RPB, RPC, RPD or _MG
or B/S
or @/@ followed by: E,EB, EQ, EL, EH, H, P or PL:
where @ and @/@ = applicable voltage range and the following one or two letters are the module type.
_MF, MFE = Mains fail option (may also be called X).
MFU = Mains fail option with uncommitted output connections.
MFV = Mains fail option with VME bus
_PA, _PP, _IN, _RP = Secondary module options.
B/S = Blanking slot which occupies one 23mm slot.
Only up to five 23mm slots may be filled up per unit, noting that all modules occupy one 23mm slot except for AA, A,
F, G, J, K, R, S and T modules which occupy two 23mm slots. All primary MF options can only be fitted in slot 1.
Valid voltage ranges for @ and @/@ for each module are as follows:
Module Voltage Range Module Voltage Range
AA @ = 4.5 – 7V G, GG @ = 17.5 – 29V
A @ = 4.5 – 6V H @/@ = 18 – 32V / 18 – 32V
AL @ = 4.75 – 5.3V J, JJ @ = 30 – 48V
BB @ = 4.5 – 7V K, KK @ = 18 – 31V
B @ = 4.5 – 6V L, LL @ = 1.8 – 3.2V
C, CC @ = 5 – 16V M, MM @ = 5 – 16V
CL @ = 4.6 – 5.6V N, NN @ = 18 – 32V
CM @ = 5 – 7V P @/@ = 18 – 29V / 5 – 16V
CH @ = 11.4 – 13.5V PL @ = 22 – 26 / 5 – 7V
D, DD @ = 18 – 29V Q, QQ @ = 2. 7 – 3.9V
E @/@ = 5 – 16V / 5 – 16V R, RR @ = 2. 7 – 3.9V
EB @/@ = 4.5 – 5.5V / 4.5 – 5.5V S, SS @ = 1 – 5.7V
EQ @/@ = 4.5 – 5.5V / 2.7 – 3.9V T, TT @ = 1.8 – 3.2V
EL @ = 5 – 7V / 11 – 13V U, UU @ = 10 – 21V
EH @ = 11 – 13V / 11 – 13V W, WW @ = 4.5 – 5.5V
F, FF @ = 9 – 16V Z, ZZ @ = 4.5 – 5.7V
Secondary Options:
Option Description
_MG Provides a module good signal with indicates output voltage is within limits.
_PA, RJ Forces paralleled modules to share load current. Additionally it also provides the module
good signal.
_PP, PJ Provides either of the following functions:
a) Reduces module current limit and caters for paralleled modules with busbar linking. For
use with modules providing a max output of up to 16V only; or
b) Identical to _PA except that the module is paralleled at the output of the module with
busbar linking.
_IN, IJ Provides an external signal which may be used to inhibit the output of the module.
_RP Provides remote programming of the module output voltage.
RPA Provides voltage programming of the module output voltage only.
RPB Provides voltage programming of the module output voltage and has an output VA limiting
circuit.
RPC Provides an output VA limiting circuit
RPD Provides voltage programming of the module output voltage and has an output VA limiting
circuit.