 |
|
 |
|
 |
Basic Unit with lower-resolution analog and digital I/O. Includes full network capability.
BBus port for I/O expansion is not available.
IL-10 Details
|
|
Same as IL-10 however
BBus expansion port allows for daisy-chain connection of additional I/O modules (eg. the high resolution analog input ILIM-7)
IL-20 Details.
|
|
Same as IL-20 however it has one 8 channel, high-resolution analog input ILIM-7 module built into the enclosure. Additional modules can be BBus connected to expand I/O.
IL-80 Details
|
Hardware Features in the IL-10 AND Common to All IntelliLogger Instruments
(Back to Top)
All models include a basic powerful suite of I/O, communication ports and functionality as specified below and in the annotated IL-10 / IL-20 Front View Graphic
|
Feature
|
Channel Qty
|
Function
|
Comments
|
|
Analog Input (programmable range)
|
2
|
Vdc Input ranges:
-10 to 20mVdc
-35 to +60mVdc
-45 to +80mVdc
-60 to +100mVdc
-120 to +200mVdc
-300 to +500mVdc
-600mV to +1.0Vdc
-1.2 to +2.0Vdc
Thermocouple:
J, K, E, T, R, S and N types
mAdc Input ranges:
-100 to ++200uAdc
-350 to +600 uAdc
-450 to +800uAdc
-600uA to +1mAdc
-1.2 to +2mAdc
-3 to +5mAdc
-6 to +10mAdc
-12 to +20mAdc
|
Channels can be field configured for Vdc input, Thermocouple input or mAdc input. These channels utilize a 10 bit ADC providing approximately 1 part in 1000 resolution over the full scale.
NOTE: For higher resolution needs, the IL-80 and/or the ILIM-7 analog input expansion module can provide up to 20 bits (!) of resolution which equates to 1PPM.
When channels are configured for thermocouple applications, the CJC temperature is automatically sensed and used in compensation.
|
|
Analog Input
(fixed range)
|
1
|
Vdc Range: 0 to 3.2Vdc
mAdc range: 0 to 32mA
|
Field configurable for a single range of mAdc or Vdc input. 10 bit resolution.
|
|
Internal Temperature Sensor
|
1
|
Used for CJC for System Base thermocouple measurements
|
Sensor can also be used for monitoring or logging of IntelliLogger temperature per user’s Program Net
|
|
Digital Input
|
4
|
Frequency:
10Hz to 20Khz down to 100mVpp sine input. Range expands with increased amplitude input.
Count: 3Vpp to 24Vpp up to 25KHz input
Event: 0/3Vdc minimum, 0/24Vdc max driven input
|
Programmable as Event, High- speed counter or Frequency input per channel.
Channels are provided with debounce and pull-up under program conrtrol allowing for non-powered (contact closure or opto) inputs for Event and Count functions.
|
|
Analog Output
|
2
|
0 to 10Vdc (8 bit)
|
Under IntelliLogger program control. 10Vdc output requires unit supply voltage to be >10.5Vdc.
|
|
+5Vdc Fixed Output
|
1
|
0/5Vdc output; current and short circuit protected at 25mA
|
Control via IntelliLogger program
|
|
Status LED
|
2
|
Green LED output
|
Control via IntelliLogger program
|
|
Relay Output
|
2
|
Form C (NO, NC and Com)
|
Control via IntelliLogger program
|
|
TTL Output
|
2
|
0/5Vdc current limited outputs
|
Control via IntelliLogger program
|
|
|
|
|
|
|
Ethernet Port
|
1
|
10base-T
|
Modbus TCP Server option is available for this port.
Cellular network modem uses this port.
|
|
RS-232 (PC)
|
1
|
DB-9F for PC Communication
|
Modbus RTU Slave option is available for this port.
|
|
RS-232 Comm
|
1
|
DB-9M for external comm device support (modems, radios, etc)
|
|
|
USB
|
1
|
For PC Communication
|
|
|
LCD Display
|
1
|
4 line x 20Character
|
Status messages as well as custom messages under program control
|
IL-20 Unique Features (Back to Top)
The IL-20 is identical to the IL-10 with the exception that the BBus I/O expansion bus is added allowing for the daisy-chain connection of one or more expansion modules. The BBus provides power and communication to external modules simply expanding the IntelliLogger analog and digital input/output channel count.
IL-80 Unique Features (Back to Top)
The IL-80 is identical to the IL-20 with the exception that it has an additional 8 high resolution, high-accuracy isolated analog inputs included in the same instrument housing. These analog inputs can accept Vdc, mAdc and Thermocouple inputs directly. All channels are isolated simplifying the connection to existing control current loops, multiple power source instrumentation circuitry and minimizing issues relative to exceeding typical common mode input levels commonly seen in the process world. Channel capacity added in the IL-80 is shown below as well as displayed pictorially in the IL-80 Front View image.
IL-80 Additional Analog Inputs
|
Feature
|
Channel Qty
|
Function
|
Comments
|
|
Isolated Analog Input (programmable range)
|
8
|
Vdc Input ranges:
+/-19mVdc
+/-39mVdc
+/-78mVdc
+/-150mVdc
+/-300mVdc
+/-600mVdc
+/-1.2Vdc
+/-2.2Vdc
+/-7.5Vdc (on 4 chans only)
+/-15Vdc (on 4 chans only)
+/-30Vdc (on 4 chans only)
Thermocouple:
J, K, E, T, R, S and N types with both Full and Limited ranges available.
mAdc Input ranges:
+/-190uAdc
+/-390uAdc
+/-780uAdc
+/-1.5mAdc
+/-3.0mAdc
+/-6.0mAdc
+/-12mAdc
+/-22mAdc
|
Channels can be field configured independently for bipolar Vdc input, Thermocouple input or mAdc input.
These channels utilize a high resolution ADC providing up to 20 bits of signal resolution (i.e. one PPM). The default is 16 bits (one part in ~64,000) and the setting is user programmable.
Channels are all isolated from each other as well as from the system base.
When channels are configured for thermocouple applications, the CJC temperature is automatically sensed and used in compensation.
Four of the eight channels when configured as Vdc inputs can be programmed to accept 3 additional higher voltage ranges up to 30Vdc.
Contact Logic Beach for information about higher Vdc input ranges.
|
|
5Vdc Output
|
1
|
25mA current limited and regulated 5Vdc output for sensor excitation
|
Pulsed on under software control. Can be used for sensor excitation.
|
The additional high resolution analog inputs provided in the IL-80 are identical in function to those provided in the ILIM-7 Interface Module which can be added via an external BBus daisy-chain connection to expand the IntelliLogger system channel capacity even further.
|
The IntelliLogger is available in three different instrument models, the IL-80, IL-20 and IL-10 to meet different data collection and alarming application needs and price points. The main differences between the models are the quantity and type of I/O and the capability for expansion via the BBus.