Technical specifications for TC-PIL081

Description

Honeywell Temperature Input Module (8-Points): TC-PIL081
Parameter Description
General
Input Capacity 8 input channels referenced to a single common
Intrinsically Safe Input Europe: II (1) 2G EEx ia/ib IIB/IIC T4 (CENELEC)
Input Type Configurable for input channel groups 0 to 3 and 4 to 7 — 0.2, 0.5, 1, 2, 3, 10 Hz:
Thermocouple, or RTD
Temperature Format Configurable as Celsius, Fahrenheit, or Kelvin (All Channels)
Thermocouple Input Functional TC Sensor Type:
Data (Configurable) mV/ Range: –40 to 100mV,
B/ Range: Not presently supported/ Range:–270 to 1000°C,
J/ Range: –210 to 1200°C,
K/ Range: –270 to 1372°C,
L/ Range: Not presently supported,
N/ Range: –270 to 1300°C,
R/ Range: –50 to 1768°C,
S/ Range: –50 to 1768°C, or
T/ Range: –270 to 400°C
TC Sensor Modes:
No compensation, fixed compens tion, nor external compensation supported
Reference Temperature:
Temperature of CJC reference element or external temperature compensation
RTD Input Functional Data RTD Sensor Type:
(Configurable) Ohm without conversion/ Range 0 to 500 ohms,
Pt 100 (IEC 751, Am ndm nt 2)/ Range: –200 to 870°C,
Pt 200 (IEC 751, Am ndm nt 2)/ Range: –200 to 380°C,
Pt 100 (JIS C1604-1989)/ Range: –200 to 630°C ,
Pt 200 (JIS C1604-1989)/ Range: –200 to 375°C,
Ni100, DIN 43 760-1987/ Range: –60 to 250°C
Ni 200 DIN 43 760-1987/ Range: –60 to 200°C
Ni120 Minco/ Range: –80 to 320°C, or
Cu10 Minco/ Range: –200 to 260°C
RTD Sensor Mode:
2-Wire Measurement without compensation of the lead resistance,
2-Wire Measurement with compensation of the lead resistance,
3-Wire Measurement, or
4-Wire Measurement
RTD Loop Resistance Offset:
Select offset resistance value to compensate for lead resistance
Lead Resistance <10 ohms per lead (preliminary)
Thermocouple Accuracy +/- 0.5% of the mV input for TC Sensor Types E, J, K, N
+/- 0.8% of the mV input for TC Sensor Types R, S, T
RTD Accuracy 0.1% (maximum) of span for all RTD Sensor Types EXCEPT:
+/- 0.125% PT 100 JIS
+/- 0.200% Ni 100
+/- 0.15% Ni 200
Linearization Accuracy +/- 0.2 C maximum
Cold Junction Sensor Accuracy +/- 0.8 C maximum at 25 C
Cold Junction Sensor Drift 300ppm/C of CJR span for the module temp range of (-20C to –15C)
100ppm/C of CJR span for the module temp range of (-15 to 70C)
Note: the span is based on the 120C temp range of the CJR thermistor.
Response Time 4 ms
Resolution 16 Bits

Permissible Field Circuit Values Input (All Channels):
Uo = 9V
Io = 37mA
Po =83mW
Lo :
80mH maximum for EEx ia IIB
20mH maximum for EEx ia IIC
Co :
40 F maximum for EEx ia IIB
4.9 F maximum for EEx ia IIC
Lo/Ro:
1.7 mH/ohm for EEx ia IIB
0.4 mH/ohm for EEx ia IIC
Internal CJC:
Uo = 9V Io = 1mA
Po =3mW
Lo :
1H maximum for EEx ia IIB
1H maximum for EEx ia IIC
Co :
40μF maximum for EEx ia IIB
4.9μF maximum for EEx ia IIC
Lo/Ro:
63 mH/ohm for EEx ia IIB
15 mH/ohm for EEx ia IIC
External CJC:
Uo = 9V
Io = 38mA
Po =86mW
Lo :
80mH m ximum for EEx ia IIB
20mH m ximum for EEx ia IIC
Co :
40 F maximum for EEx ia IIB
4.9 F maximum for EEx ia IIC
Lo/Ro:
1.7 mH/ohm for EEx ia IIB
0.4 mH/ohm for EEx ia IIC
Input Voltage Rating Intrinsically Safe power supplied through Terminal Base
Power Consumption 0.19 power supply unit load
Power Dissipation 1.6W
Filter Cutoff Configurable
Fault Detection Configurable – Enables detection of sensor lead breakage or short circuit for
channel groups 0 to 3 and 4 to 7
Other Alarms Overrange Alarm per channel
Underrange Alarm per channel
Cold Junction Alarm
Galvanic Isolation (Per DIN EN Input / Backplane Bus
50 020) Input / Power Supply
(There is no galvanic isolation for the inputs relative to each other.)

Operating Conditions
Ambient Temperature –20°C to 70°C (–4°F to 158°F or 253K to 343K)
Storage Temperature –20°C to 100°C (–4°F to 212°F or 253K to 373K)
Maximum Relative Humidity 95%, non-condensing
Pollution Gas Test Test Level G3, according to ISA-S71.04-1985
Shock Test 15g peak 11ms duration
Vibration Test 2g @ 10Hz to 500Hz, according to IEC 68-2-6
Protection Class IP20 (For installation in the field, a separate housing with protection class IP54 or
better is required.)
Physical
Weight 0.247 kg (0.54 lb)
Dimensions (H x W x D) Millimeters: 76 x 94 x 46 (With I/O module installed)
Inches: 3.0 x 3.7 x 1.8
Keyswitch Position 2
Standards
Conformity to Standards According to DIN EN 50014: 1992
According to DIN EN 50020: 1997
According to DIN EN 50284: 1997
Climatic Conditions according to DIN IEC 721
E.M. Compatibility according to DIN EN 50081-2, DIN EN 50082-2, NAMUR NE 21
CE Conformity (Europe) To achieve EMC protection class, must use shielded multicore cable with a shield
for each channel. The isolation for each channel must be greater than 500V.
Classifications CENELEC (Europe): II (1) 2G EEx ia/ib IIB/IIC T4
Agency Certification Mark d for all applicable directives
DMT 99 ATEX E-025 X