Honeywell DCP552 Mark II - Manual (Page 183)

11-1
Chapter 11. SPECIFICATIONS
11 - 1 Specifications
Item Specifications
Program
section
Input section
No. of programs 49 programs x 2 channels
No. of segments 99 segments/1 program, or total of 2000 segments
Segment setting system RAMP-X: Setting by set points (SP) and time.
RAMP-T: Setting by set points (SP) and slope ( θ ).
RAMP-E: Setting by set points (SP) or ÆSP per pulse of external switch input.
Segment time 0 to 500 hours 00 min, 0 to 500 min 00sec, or 0.0 to 3000.0sec (Time unit is switchable.)
Segment slope 1 to 10000U/hours, 1 to 10000U/min, or 1 to 10000U/sec (Time unit is switchable.)
Segment ÆSP 1 to 10000U/1 pulse
No. of sub-function 4000 settings
Event (16 point) Operating point set as specified by event type.
PID group setting Group 0 (continuing from previous segment), groups 1 to 9, group A (automatic
changeover) and ON-OFF control settable.
Output limiter group Group 0 (continuing from previous segment), groups 1 to 9 settable
G.SOAK Type (start point, end point, all) and G.SOAK width 0 to 1000U settable
PV shift Ð10000 to +10000U settable
Repeat Return segment number and repeat count settable.
PV start Type settable for each program (ascending, descending and bi-directional)
Cycle Cycle count number settable for each program
Pattern link Program numbers 0 to 49 (program 0 without link) settable for each program
Tag 8 characters consisting of alphanumerics, and symbols settable for each program
Basic time accuracy ±0.01% (segment time setting = 0, repeat; each cycle and repeat slows the process by 0.1sec)
Input type Multi-range of thermocouple, resistance temperature detector, DC voltage, and
DC current (see page 2-8.)
Input sampling cycle 0.1s
Input bias current Thermocouple, DC voltage input: Max. ± 1.3 µ A (peak value, under standard
conditions). The range higher than 1V is Max. Ð3 µ A.
Input impedance Dc current input: about 50½ (under the action conditions)
Measurement current RTD input: approx. 1mA, Current input on terminal A. (under operating conditions)
Influence of wiring
resistance
Thermocouple, DC voltage input:
Resistance temperature detector input:
Resistance temperature
detector input
Allowable wiring resistance
¥ The ranges except F01, F33, P01, and P33 are lower than 85½.
(Includes the zener barrier resistor value. However, spot adjustment is
needed.)
¥ The ranges of F01, F33, P01, and P33 are lower than 10½.
Allowable parallel resistance Thermocouple disconnection detection allowable parallel resistance : Higher than 1M
Max. allowable input Thermocouple, DC voltage input:Ð5 to +15V DC
DC current input : 50mA DC, 2.5V DC
Burn out Burnout on/off selectable
Range over assessment 100% FS or more: upscaled
Ð10% FS or less : downscaled
(However, inputs in the F50 range are not downscaled.)
Cold junction compensation accuracy ± 0.5¡C (under standard conditions)
Sub-function function Event, PID group, output limiter group, G.SOAK, PV shift, repeat
Thermocouple
DC voltage (lower than 1V range)
DC voltage (5V range)
DC voltage (10V range)
: 0.5 µ V/½
: 0.5 µ V/½
: 3 µ V/½
: 6 µ V/½
Max. ± 0.01% FS/½ within wire resistor 0 to 10½
The ranges of F01, F33, P01, and P33 are Max. ± 0.02% FS/½ .