Page 2 Contents Safety Introduction ............... Page 3 This equipment is supplied by a mains voltage which can Electrical specifications ............. Page 3 cause an electric shock injury. Before removing the circuit Input ranges ..............Page 3 board from its housing, switch the instrument off, isolate it Sensor excitation..............Page 3 from the mains power supply and make sure that it cannot Power supply ..............Page 4...
& potentiometer input. Warm-up time : None required Model 4001 is a 4 digit (-1999 to 9999) indicator offering process Electro-mechanical relays : 250V AC, 30V DC, 2A, PF=1 inputs of type mA, mV, V, pot and frequency.
Page 4 Power Supply Other Specifications Standard DIN 48 x 96 housing, 147mm depth 115 / 230 VAC ± 10%, link selectable, 50/60Hz, 5VA typ Industrial strength single piece housing Optional Housing is flame retardant ABS plastic that meets UL94 V-0 8 - 30VDC isolated power supply (Option 3008), 5VA typ Circuit board is flame retardant material that meets UL94 V-0 8 - 30VDC non-isolated, 5VA typ...
Page 5 Installation Panel Cutout During normal display mode Display & Keypad Rate LED (display shows rate) DIN 1/8 cutout Alarm LEDs (illuminated whenever relays are energised) Print on demand (comms option only) Total Show peak / valley hold value Fastening Installation (option 3012 only)
Page 7 Option Connections & Links Potentiometer Input Power Supply Links Counts / For 230V For 115V Process Linked for Link here for operation operation input voltage output current output selector Digital Power Power sensor supply supply PNP / Volts Circuit board Link as shown selection...
Page 8 Programming Chart READ ME FIRST ! Note 1 : This programming chart is a simplified flowchart for users that have previous experience with this instrument. A programming example is available in the next few pages to assist new users in understanding this programming chart. Note 2 : Because this instrument has many options, all possible option menus are shown.
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Page 9 Menu identical Menu identical Special Note : to 'Pro' menu, to 'Pro' menu, 0.2V, 2V, 10V , 20V, Pot (SP), If Model 4011/ 0 / 4 - 20mA input selection followed by : followed by 5011 is ordered, 'Freq' menu.
Page 10 Display Codes Explained Display value selection menu Input selection menu Down counter input Process, freq, or process x freq input Process input Digital input rate & totaliser Process input integration / totaliser Rate or totaliser display Frequency input Process x frequency input User input for Option 3024 manual setpoint station 1st, 2nd, 3rd, 4th setpoint value...
Page 11 Programming Example Setting Up Alarm Values (Option) Remember, the symbols on the keypad have the following definitions during programming. Amend the other digits in the same way until the desired trip value is entered. Next Menu Enter / Increment digit Next Digit Press “Enter”...
Note 1 : This protocol allows for future expansion. Protocol format is : # A A S D D D D D D D D P CR LF Therefore if Model 4001 is used for example, the where : # = indicates start of message first four digit data will contain the ASCII character : A A = Instrument address.
Page 13 Model 5001-T How to calculate the I.FS.H (integrated full scale hour) value for Model 5001-T Example 1: Formula: I.FS.H value without decimal points = (Desired value on display after 1 hour * 14062.5) ----------------------------------------------------------------------- (Total value accumulated after 1 hour/256) Example: A 4-20mA input signal must correspond to a 0-2500 rate display.
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Page 14 Model 5001-T (cont.) How to calculate the I.FS.H (integrated full scale hour) value for Model 5001-T Example 2: Formula: I.FS.H value without decimal points = (Desired value on display after 1 hour * 14062.5) ----------------------------------------------------------------------- (Total value accumulated after 1 hour/256) Example: A 4-20mA input signal must corresponds to a 0-100 displayed rate value.
Page 15 Option 3000 Lineariser (Square Root / Cylinder / Sphere etc) If fitted, this option will accurately linearise signals for flow applications (square root extraction), s-curve (cylinder applications) and other non-linear signals. The type of linearisation required is specified at time of order and cannot be user selectable. However, the user has the option of toggling the lineariser feature 'ON' or 'OFF' in the process ('PRo') menu.
Page 16 Option 3006 Isolated Options (Analogue Output / RS232 / RS485) This is ordered with option 3002, 3003, 3007 or 3013. It provides a minimum of 1500V isolation between input and output signal. Wiring connections are different for these isolated options. Use diagram “P” or diagram “M” on page 20 for wiring connections. Option 3008 Galvanic Isolation (8 - 30V Supply) Option This option provides an 8 - 30VDC galvanically isolated power supply.
Page 17 Option 3014 Auto-zero Option This option allows the operator to zero the display at any time and continue the measurement from that zero point. This option is activated "ON" or "OFF" in the "Opt” menu during programming (see page 8). During normal operations, pressing the “star key”...
Page 18 Option 3021 Line / Mains Frequency Measurement Option This option is for applications where the main power supply frequency needs to be accurately measured (0.00 to 99.99 Hz). Note that the input terminal are pins 1 and 2, NOT 1 and 4 in this application. See page 6 for wiring information. Option 3022 Vertical Bar Graph Display Option The vertical bar-graph display option provides a graphic linear representation of the process variable being measured.
Page 19 Option 3024 Manual Set Point Station Option (Continued) APPLICATION The display will continually show the present value. To change the value, press the enter key. The first digit on the display will flash. Use the left and up keys to change to a new value. Press enter to accept or leave for 10 seconds to exit without saving.
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