Chromalox 6060 controller (Modbus supplement)

Register map(s) for this device, with a note of how far each has been checked. Addresses are 0-based, as on the wire. Scale and byte order are confirmed only at the hardware-verified rung.

coherence-checked

Round-trips through a real Modbus stack with no overlapping addresses and a word-order-sensitive codec — the map is internally coherent and wire-decodable. Does NOT prove byte-order or scaling match a real device: the emulator is seeded from the map's own types, so a uniformly wrong byte-order still round-trips. Only hardware-verified confirms byte-order/scale on the wire.

point	address (0-based)	type	scale	unit
UPD	95	U16	1
FrEq	150	U16	1
Corr	160	U16	1
I.Fnc	161	U16	1
Corr_2	162	U16	1
Corr_3	165	U16	1
I.Fnc_3	166	U16	1
Unit_2	170	U16	1
dP	171	U16	1
bAud	180	U16	1
Addr	181	I16	1
PrtY	182	U16	1
dELY	183	I16	1
C.dEL	184	I16	1
MASt	185	U16	1
Cycl	186	I16	1
AdrO	187	I16	1
AdrU	188	I16	1
NUMB	189	I16	1
LEd	190	U16	1
F.Coff	192	U16	1
D2.Err	193	U16	1
Hw.Opt	200	I16	1
Sw.Op	201	I16	1
Bed.V	202	I16	1
Unit	203	I16	1
S.Vers	204	I16	1
E.1	210	U16	1
E.2	211	U16	1
FbF.1	212	U16	1
Sht.1	213	U16	1
POL.1	214	U16	1
FbF.2	215	U16	1
Sht.2	216	U16	1
HCA	218	U16	1
SSr_2	219	U16	1
LooP	220	U16	1
AdA.H	221	U16	1
AdA.C	222	U16	1
Lim.1	223	U16	1
Lim.2	224	U16	1
Lim.3	225	U16	1
Inf.1	226	U16	1
Inf.2	227	U16	1
E.4	228	U16	1
In.?_5	232	I16	1
In.?_6	233	I16	1
In.?r_4	240	I16	1
In.?r_5	241	I16	1
St.Ala	250	U16	1
St.Do	251	U16	1
St.Ain	252	U16	1
St.Di	253	U16	1
F.Inp_4	300	I16	1
F.Inp_5	301	I16	1
F.Di_2	303	I16	1
F.Do	304	I16	1
F.Out.?	305	I16	1
F.Out.?_2	306	I16	1
U.LinT	634	U16	1
Uident	910	U16	1
Cmodules	911	U16	1
di.Fn	1050	U16	1
L_r	1051	U16	1
SP.2	1052	U16	1
SP.E	1053	U16	1
Y2_2	1054	U16	1
YE	1055	U16	1
mAn_2	1056	U16	1
C.oFF	1057	U16	1
m.Loc	1058	U16	1
Err.r	1059	U16	1
booS	1060	U16	1
Pid.2	1061	U16	1
P.run	1062	U16	1
P.oFF	1063	U16	1
St.Di	1070	U16	1
L-R	1080	I16	1
W_W2	1081	I16	1
Wi_We	1082	I16	1
Y_Y2	1083	I16	1
Y_Y.E	1084	I16	1
A-M	1085	I16	1
C.Off	1086	I16	1
L.AM	1087	I16	1
Err.r_2	1088	I16	1
SSR.Res	1089	I16	1
Boost	1090	I16	1
Set1.2	1091	I16	1
Prg.R.S	1092	I16	1
Prg.Res	1093	I16	1
F.Di	1094	I16	1
InL.?	1100	I16	1
OuL.?	1101	I16	1
InH.?	1102	I16	1
OuH.?	1103	I16	1
t.F?	1104	I16	1
S.tYP	1150	U16	1
S.Lin	1151	U16	1
In.?r	1170	I16	1
Fail	1171	U16	1
In.?	1172	I16	1
F.InP	1180	I16	1
InL.?_2	1200	I16	1
OuL.?_2	1201	I16	1
InH.?_2	1202	I16	1
OuH.?_2	1203	I16	1
S.tYP_2	1250	U16	1
In.?_2	1270	I16	1
Fail_2	1271	U16	1
In.?_3	1272	I16	1
F.Inp_2	1280	I16	1
InL.?_3	1300	I16	1
OuL.?_3	1301	I16	1
InH.?_3	1302	I16	1
OuH.?_3	1303	I16	1
t.F?_3	1304	I16	1
S.tYP_3	1350	U16	1
S.Lin_3	1351	U16	1
In.?_4	1370	I16	1
Fail_3	1371	U16	1
In.?r_2	1372	I16	1
F.Inp_3	1380	I16	1
HC.AL	2050	U16	1
St.HC	2070	I16	1
HC	2071	I16	1
SSr	2072	I16	1
Fnc.?	2150	U16	1
Src.?	2151	U16	1
St.Lim	2170	U16	1
L.?	2200	I16	1
H.?	2201	I16	1
HYS.?	2202	I16	1
dEL.?	2203	I16	1
Fnc.?_2	2250	U16	1
Src.?_2	2251	U16	1
St.Lim?	2270	U16	1
H.?_2	2301	I16	1
HYS.?_2	2302	I16	1
Fnc.?_3	2350	U16	1
Src.?_3	2351	U16	1
St.Lim?_2	2370	U16	1
r.SP	3013	I16	1
t.SP	3014	I16	1
SP.LO	3100	I16	1
SP.Hi	3101	I16	1
SP.2_2	3102	I16	1
SP.bo	3105	I16	1
t.bo	3106	I16	1
SP.St	3107	I16	1
t.St	3108	I16	1
SP.Fn	3150	U16	1
b.ti	3152	I16	1
SP.EF_2	3170	I16	1
Diff	3171	I16	1
SP_17	3180	I16	1
SP.d	3181	I16	1
t.ti	3182	I16	1
KP1	4143	I16	1
O.Act	4150	U16	1
Y.1	4151	U16	1
Y.2	4152	U16	1
Lim.1_2	4153	U16	1
Lim.2_2	4154	U16	1
Lim.3_2	4155	U16	1
LP.AL_2	4157	U16	1
HC.AL_2	4158	U16	1
HC.SC	4159	U16	1
timE	4160	U16	1
P.End	4161	U16	1
FAi.1	4162	U16	1
FAi.2	4163	U16	1
PrG.1	4165	U16	1
PrG.2	4166	U16	1
PrG.3	4167	U16	1
PrG.4	4168	U16	1
CALL	4169	U16	1
O.tYp	4170	U16	1
Out.0	4171	I16	1
Out.1	4172	I16	1
O.Src	4173	U16	1
t.End	4176	U16	1
Out?	4180	U16	1
F.Do?	4181	U16	1
Out.1_2	4182	I16	1
O.Act_2	4250	U16	1
Y.1_2	4251	U16	1
Y.2_2	4252	U16	1
Lim.1_3	4253	U16	1
Lim.2_3	4254	U16	1
Lim.3_3	4255	U16	1
LP.AL_3	4257	U16	1
HP.AL	4258	U16	1
HC.SC_2	4259	U16	1
timE_2	4260	U16	1
P.End_2	4261	U16	1
FAi.1_2	4262	U16	1
FAi.2_2	4263	U16	1
PrG.1_2	4265	U16	1
PrG.2_2	4266	U16	1
PrG.3_2	4267	U16	1
PrG.4_2	4268	U16	1
CALL_2	4269	U16	1
t.End_2	4276	U16	1
Out?_2	4280	U16	1
F.Do?_2	4281	U16	1
O.Act_3	4350	U16	1
Y.1_3	4351	U16	1
Y.2_3	4352	U16	1
Lim.1_4	4353	U16	1
Lim.2_4	4354	U16	1
Lim.3_4	4355	U16	1
LP.AL_4	4357	U16	1
HC.AL_3	4358	U16	1
HC.SC_3	4359	U16	1
timE_3	4360	U16	1
P.End_3	4361	U16	1
FAi.1_3	4362	U16	1
PrG.1_3	4365	U16	1
PrG.2_3	4366	U16	1
PrG.3_3	4367	U16	1
PrG.4_3	4368	U16	1
CALL_3	4369	U16	1
O.tYP_2	4370	U16	1
Out.0_2	4371	I16	1
Out.1_3	4372	I16	1
O.Src_2	4373	U16	1
t.End_3	4376	U16	1
F.Do?_3	4381	U16	1
F.Out?_2	4382	I16	1
O.Act_4	4450	U16	1
Y.1_4	4451	U16	1
Y.2_4	4452	U16	1
Lim.1_5	4453	U16	1
Lim.2_5	4454	U16	1
Lim.3_5	4455	U16	1
LP.AL_5	4457	U16	1
HC.AL_4	4458	U16	1
HC.SC_4	4459	U16	1
timE_4	4460	U16	1
P.End_4	4461	U16	1
FAi.1_4	4462	U16	1
FAi.2_3	4463	U16	1
PrG.1_4	4465	U16	1
PrG.3_4	4467	U16	1
PrG.4_4	4468	U16	1
CALL_4	4469	U16	1
t.End_4	4476	U16	1
Out?_3	4480	U16	1
F.Do?_4	4481	U16	1
O.Act_5	4550	U16	1
Y.1_5	4551	U16	1
Y.2_5	4552	U16	1
Lim.1_6	4553	U16	1
Lim.2_6	4554	U16	1
Lim.3_6	4555	U16	1
LP.AL_6	4557	U16	1
HC.AL_5	4558	U16	1
HC.SC_5	4559	U16	1
timE_5	4560	U16	1
P.End_5	4561	U16	1
FAi.1_5	4562	U16	1
FAi.2_4	4563	U16	1
PrG.1_5	4565	U16	1
PrG.2_4	4566	U16	1
PrG.3_5	4567	U16	1
PrG.4_5	4568	U16	1
CALL_5	4569	U16	1
O.TyP_3	4570	U16	1
Out.0_3	4571	I16	1
Out.1_4	4572	I16	1
O.Src_3	4573	U16	1
t.End_5	4576	U16	1
Out?_4	4580	U16	1
F.Do?_5	4581	U16	1
F.Out?_3	4582	I16	1
O.Act_6	4650	U16	1
Y.1_6	4651	U16	1
Y.2_6	4652	U16	1
Lim.1_7	4653	U16	1
Lim.2_7	4654	U16	1
Lim.3_7	4655	U16	1
LP.AL_7	4657	U16	1
HC.AL_6	4658	U16	1
HC.SC_6	4659	U16	1
timE_6	4660	U16	1
P.End_6	4661	U16	1
FAi.1_6	4662	U16	1
FAi.2_5	4663	U16	1
PrG.1_6	4665	U16	1
PrG.2_5	4666	U16	1
PrG.3_6	4667	U16	1
PrG.4_6	4668	U16	1
CALL_6	4669	U16	1
t.End_6	4676	U16	1
Out?_5	4680	U16	1
F.Do?_6	4681	U16	1
Pb1	5000	I16	1
Pb2	5001	I16	1
ti1	5002	I16	1
ti2	5003	I16	1
td1	5004	I16	1
td2	5005	I16	1
t1	5006	I16	1
t2	5007	I16	1
tP	5009	I16	1
t.on	5010	I16	1
t.oFF	5011	I16	1
F.H2O	5012	I16	1
E.H2O	5013	I16	1
SH	5014	I16	1
tt	5015	I16	1
D.SP	5016	I16	1
Y2	5017	I16	1
Y.Lo	5018	I16	1
Y.Hi	5019	I16	1
Y.0	5020	I16	1
Ym.H	5021	I16	1
L.Ym	5022	I16	1
Y.St	5023	I16	1
HYS.L	5028	I16	1
HYS.H	5029	I16	1
Pb12	5030	I16	1
Pb22	5031	I16	1
ti12	5032	I16	1
ti22	5033	I16	1
td12	5034	I16	1
td22	5035	I16	1
C.Fnc	5050	U16	1
mAn	5051	U16	1
C.Act	5052	U16	1
FAIL	5053	U16	1
SP2C	5054	U16	1
SP2C_CYCL	5055	U16	1
tunE	5056	U16	1
Strt	5057	U16	1
LP.AL	5058	U16	1
rnG.L	5059	I16	1
rnG.H	5060	I16	1
Adt.0	5061	U16	1
St.Cntr	5100	U16	1
POS	5105	I16	1
St.Tune	5140	I16	1
Tu1	5141	I16	1
Vmax1	5142	I16	1
Msg1	5144	U16	1
Tu2	5145	I16	1
Vmax2	5146	I16	1
Kp2	5147	I16	1
Msg2	5148	U16	1
Ada.St	5150	U16	1
Yman	5151	I16	1
dYman	5152	I16	1
Yinc	5153	U16	1
Ydec	5154	U16	1
Pr.no	6000	U16	1
t.bAS	6030	U16	1
St.Prog	6050	U16	1
SP.Pr	6051	I16	1
T1.Pr	6052	I16	1
T3.Pr	6053	I16	1
T2.Pr	6054	I16	1
T4.Pr	6055	U16	1
SG.Pr	6056	I16	1
Pr.EF	6057	I16	1
SP.En	6058	I16	1
Pr.SG	6060	I16	1
b.Lo	6100	I16	1
b.Hi	6101	I16	1
SP	6102	I16	1
Pt	6103	I16	1
SP_2	6104	I16	1
Pt_2	6105	I16	1
SP_3	6106	I16	1
Pt_3	6107	I16	1
SP_4	6108	I16	1
Pt_4	6109	I16	1
SP_5	6110	I16	1
Pt_5	6111	I16	1
SP_6	6112	I16	1
Pt_6	6113	I16	1
SP_7	6114	I16	1
Pt_7	6115	I16	1
SP_8	6116	I16	1
Pt_8	6117	I16	1
SP_9	6118	I16	1
Pt_9	6119	I16	1
SP_10	6120	I16	1
Pt_10	6121	I16	1
SP_11	6122	I16	1
Pt_11	6123	I16	1
SP_12	6124	I16	1
Pt_12	6125	I16	1
SP_13	6126	I16	1
Pt_13	6127	I16	1
SP_14	6128	I16	1
Pt_14	6129	I16	1
SP_15	6130	I16	1
Pt_15	6131	I16	1
SP_16	6132	I16	1
Pt_16	6133	I16	1
d.00	6134	U16	1
tYPE	6135	U16	1
d.Out	6136	U16	1
t.YPE	6137	U16	1
d.Out_3	6138	U16	1
t.YPE_3	6139	U16	1
d.Out_4	6140	U16	1
t.YPE_4	6141	U16	1
d.Out_5	6142	U16	1
t.YPE_5	6143	U16	1
d.Out_6	6144	U16	1
t.YPE_6	6145	U16	1
d.Out_7	6146	U16	1
t.YPE_7	6147	U16	1
d.Out_8	6148	U16	1
t.YPE_8	6149	U16	1
d.Out_9	6150	U16	1
t.YPE_9	6151	U16	1
d.Out_10	6152	U16	1
t.YPE_10	6153	U16	1
t.YPE_11	6155	U16	1
d.Out_12	6156	U16	1
t.YPE_12	6157	U16	1
d.Out_13	6158	U16	1
t.YPE_13	6159	U16	1
d.Out_14	6160	U16	1
t.YPE_14	6161	U16	1
d.Out_15	6162	U16	1
t.YPE_15	6163	U16	1
d.Out_16	6164	U16	1
t.YPE_16	6165	U16	1
d.Out_17	6166	U16	1
Conf	8193	I16	1
In.?r	35108	F32BE	1
Fail	35110	F32BE	1
In.?	35112	F32BE	1
In.?	35308	F32BE	1
Fail	35310	F32BE	1
In.?	35312	F32BE	1
In.?	35508	F32BE	1
Fail	35510	F32BE	1
In.?r	35512	F32BE	1
St.HC	36908	F32BE	1
HC	36910	F32BE	1	A
SSr	36912	F32BE	1	A
SP	39128	F32BE	1
SP.d	39130	F32BE	1
t.ti	39132	F32BE	1	minutes
St.Cntr	42968	F32BE	1
SP.EF	42970	F32BE	1
In.?	42972	F32BE	1
Ypid	42974	F32BE	1
diFF	42976	F32BE	1
POS	42978	F32BE	1

link settings as documented (unverified): RTU; baud 2400/4800/9600/19200/38400; FC 03,04,06,08,16; The max. length of a message may not exceed 256 bytes.

bench facts as documented (unverified)

terminals	pins of connector B on the rear, via flat-pin connectors or via screw terminals dependent on version
A/B polarity	for signal 1 (off) Data A is positive to Data B, for signal 0 (on) Data A is negative to Data B
termination	Terminating resistors usually have a value of approx. 120 ohms, and are connected in parallel between the data lines A and B
wiring notes	GND lead can be grounded at one point via a resistor 'RGND' (100 ohms, 1/4 watt).
broadcast	supported
protocol notes	If a parity error is detected upon receipt of a message, the receiving device will not generate an answer.
model register	203
firmware register	201
FC 43 device ID	not supported
environment	If possible, the place of installation should be exempt of vibration, aggressive media (e.g. acid, lye), liquid, dust or aerosol.
certifications	The device is not certified for installation in explosion-hazarded areas.
doc revision	PK539, 0037-75565, July 2016

field reports — community-sourced, unverified (checked 2026-06-11)

If a configuration cable (such as an RJ45 cable used with BlueControl software) is plugged into the controller, the Modbus interface will not function. [source]
confirmed: comms defaults (baud rates 2400-38400, RTU framing, function codes 3, 4, 6, 8, 16) — confirmed by PMA KS 40-1 / KS 90-1 Modbus manuals
confirmed: register addresses (e.g., input_1_process_value @ 35112, input_1_unprocessed_value @ 35108) — confirmed by PMA KS 40-1 / KS 90-1 Modbus manuals

The trust ladder

Each rung states what it proved and what it did not. Gray until proven; green is earned by hardware only.

generated — A prompt produced it. Unproven — anyone can regenerate this.
structure-verified — Decode path is structurally sound (addresses, widths, finite values). Does NOT prove word order or scaling.
coherence-checked — Round-trips through a real Modbus stack with no overlapping addresses and a word-order-sensitive codec — the map is internally coherent and wire-decodable. Does NOT prove byte-order or scaling match a real device: the emulator is seeded from the map's own types, so a uniformly wrong byte-order still round-trips. Only hardware-verified confirms byte-order/scale on the wire.
hardware-verified (software-key) x1 — Matched a real device with operator-attested readings as ground truth — the only rung that confirms word order + scaling on the wire.

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