Specification sheet (English) - Trend

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IQ23x Data Sheet Connections: power, IEC local supervisor (25 W D male) external DP2 power, IEC local supervisor (25 W D male) external DP2 13 external DP 13 ! external DP inputs outputs auxiliary output supply network 8 wide inputs outputs network 4 wide auxiliary output supply 1 wide power, IEC external DP local supervisor (5 in line) network 8 wide power, IEC local supervisor (5 in line) external DP network 8 wide 13 13 ! inputs comms node external DP power, IEC outputs auxiliary output supply auxiliary output supply local supervisor (RJ11) network 8 wide inputs comms node external DP power, IEC auxiliary output supply outputs auxiliary output supply local supervisor (RJ11) network 8 wide 13 ! 13 ! ! inputs outputs inputs outputs Power: The power connectors are all IEC plugs and in a similar position. Inputs/Outputs: These are all compatible 2 wide 2 part connectors and it should be possible to unplug from the old controller and into the IQ23x without rewiring unless the cables were very tight (see I/O channels below). Note that early IQ111, 131 had single part terminals on the input channels. External Display Panel: This has always used a 25 way D type female connector, and it should be possible to unplug from the old controller and into the IQ23x unless the cables were very tight (see display panel below). Note that the IQ23x must have a KIT/2xx/RDS fitted to support the external 2DP. Network: The IQ111+ and IQ131+ have 8 wide network terminals like the IQ23x and in the same position. However, the IQ111has 8 wide and the IQ131 has 4 wide terminals at the bottom of the unit; this would require rewiring or using the appropriate extension cables available in KIT/IQ23x/UPGRADE. Auxiliary Output Supply: The IQ111, 111+, 131+ had a two wire auxiliary 24 Vdc supply connector. This has moved to the top edge of the IQ23x, so will require either rewiring or use of an extension available in KIT/IQ23x/UPGRADE. On the IQ131 there was a single +24Vdc terminal and the 0V was taken from an adjacent channel linked so as to make the 0V available from a terminal; on the IQ111 the polarity is reversed, so with both these upgrades, even with the extension cable they will require rewiring. The IQ23x has a 500 mA auxiliary output supply which is separate from the sensors, 2DP, and node supply. This is greater than the IQ111, 131 (500 mA for auxiliary plus sensors, 2DP, node supply), and the IQ111+, 131+ (200 mA separate supply). Local Supervisor: The IQ111, 131 have a 25 way D type male connector. The IQ111+, 131+ have a 5 way in line connector, and the IQ23x uses an RJ11 connector. The cable should be replaced with the standard supervisor adapter cable 9 way D type female to RJ11, EJ101442. For NDP see below. 6 IQ23x Series Controllers Data Sheet TA200538 Issue 2, 18-Jan-2012
Data Sheet IQ23x I/O Channels IQ Controller Inputs Outputs IQ111 1 to 8 Universal channels, V, I, T, D 1 to 6 Universal channels, V, I IQ111+ 1 to 8 Universal channels, V, I, T, D 1 to 8 Analogue V channels IQ231 1 to 8 Universal channels, V, I, T, D 1 to 8 Analogue V channels IQ131 1 to 16 Universal channels, V, I, D 1 to 12 Universal channels, V, I IQ131+ 1 to 20 Channels 1 to 4: Universal, V, I, T 1 to 12 Analogue V channels Channels 5 to 16: Universal, V, I, T, D Channels 17 to 20 D only IQ233 1 to 20 Universal channels, V, I, T, D 1 to 12 Analogue V channels Generally the IQ23x can accommodate the I/O channel requirements of the controller it replaces. However, the IQ111, 131 had outputs which could be linked for either current or voltage whereas the IQ23x has voltage only outputs. If required, current outputs can be provided by adding 2VID, two channel voltage to current interface modules. If an SRMI has been connected, it can be replaced by an SRMV or 2SRM (dual channel). Although the IQ131+ can be replaced by the IQ233, the IQ131+ has a special arrangement of input channel types which affects the fast sequencing of digital inputs (see Firmware section below). Link Headers: Link Header Used on Used for Replaced by on IQ23x LK/A IQ111, 131 Regulated 5V supply at 20 mA LKE/5V LK/B Regulated 15 V supply at 20 mA LKE/15V LK/C Regulated 10 mA supply LKE/10mA LK/D Adds thermistor input capability Link for thermistor T (not required on IQ131 as could be linked for thermistor inputs) LK/E Regulated 15 V through 4k7 ohms not supported LK/F Desensitises digital inputs not required on IQ23x LK/0 Externally powered current sensor Link for externally powered current sensor Ix LK/5V IQ111+, 131+ Regulated 5V supply at 20 mA LKE/5V LK/15V Regulated 15 V supply at 20 mA LKE/15V LK/10mA Regulated 10 mA supply LKE/10mA As can be seen from the above table, most of the applications requiring link headers are either achieved by the three new link headers, or by appropriate input channel linking. The LK/E has no replacement but was rarely used. Integral nodes A node controller board may be fitted inside the IQ23x. The IQ23x may be ordered with a board pre-fitted, or it may be post-fitted using the KIT/NODE/IQ23x. The node may be one of the current range of boards (CNC2, PNC2, INC2, TMNH, TMNE, LINC), or it may be one of the older nodes (CNC, PNC, INC, MNC, ANC, AND, XNC, XN28, ENC). Note that the IQ131 did not have a CNC built in to its firmware so that if the IQ131 was to be networked, it required a CNC to be fitted which was connected directly to the IQ131 via RS232. Alternatively, a stand-alone IQ131 could have a modem connected via an ANC or MNC, either of which was also connected directly to the IQ131 via RS232. If an IQ131 is replaced by an IQ23x its CNC is redundant, and if an integral modem node (e.g. ANC, MNC) were fitted, it would now be connected to the controller via the network, not by RS232 as previously. The IQ111, 111+, and 131+ all had a CNC built in to the firmware so this note does not apply to them. A CNC was sometimes used for local supervisor or NDP network connection; these can now be connected via the local supervisor port. The local supervisor port also supplies 24 Vdc to the NDP. IQ23x Series Controllers Data Sheet TA200538 Issue 2, 18-Jan-20127
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Specification sheet (English) - Trend

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