TABLE OF CONTENTS CHAPTERS 1: OVERVIEW ............................1 USING THIS MANUAL ........................1 FEATURES ............................ 2 DISPLAY ELEMENTS ....................... 2 FAULT CODES ......................... 2 LCD HEATER ........................... 2 TECHNICAL SUPPORT ........................2 CONVENTIONS ..........................3 NUMERAL SYSTEM NOTATION ....................3 MISCELLANEOUS CONVENTIONS ....................
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TABLE OF CONTENTS cont’d SWITCH INPUTS ........................17 LIFT LOCKOUT OUTPUT ......................18 SERIAL COMMUNICATION INTERFACE (SCI) PORT..............18 CAN CONNECTIONS ....................... 18 4: PROGRAM MENU PARAMETERS ..................... 19 SET HOURMETERS MENU ......................21 CAN MENU ..........................21 RPDO AND TPDO BYTE MAP MENUS ..................22 BDI MENU ............................
Curtis Model 3150R – Oct. 2022 Return to TOC 1 — OVERVIEW The Curtis Model 3150R gauge provides a 1.54 inch (39.1 mm), 240 × 240 pixel LCD that enables visualization of critical information and a unique brand identity through a fully customizable user interface.
Curtis Model 3150R – Oct. 2022 Return to TOC FEATURES The following sections describe the 3150R’s major features. Display Elements The 3150R’s display elements include the following: • Icons that indicate states such as on/off. For example, icons indicate whether the seat belt is on or lift lockout is active.
Curtis Model 3150R – Oct. 2022 Return to TOC CONVENTIONS The following topics describe conventions used in this manual. Numeral System Notation The following table describes how this manual denotes decimal, binary, and hexadecimal numbers. Note: The letter n in the format column represents a digit. Numeral System Format Example...
Curtis Model 3150R – Oct. 2022 Return to TOC 2 — USING THE 3150R The 3150R provides five user interfaces. The user interfaces are known as GUI n, where n is a number. GUIs 1, 2, 4 and 5 are for controllers that support CANopen. GUI 3 is for controllers that support the serial communication interface.
Curtis Model 3150R – Oct. 2022 Return to TOC The following topics describe GUIs 1, 2, 4 and 5. GUI 3 has significant differences with the other user interfaces and is described separately. SPEED MODE ICONS A controller's speed mode determines the active acceleration and deceleration rates and maximum forward and reverse speeds.
Curtis Model 3150R – Oct. 2022 Return to TOC SIGNAL ICONS The signal icons display on the top of the screen and indicate vehicle actions and states. The following table describes the signal icons and the conditions that cause them to display. Note: If there are more active icons than can be simultaneously displayed, the device will cycle through the icons.
Curtis Model 3150R – Oct. 2022 Return to TOC BDI ICON The BDI icon uses color to indicate the BDI percentage, which measures the amount of remaining battery charge. The color reflects whether the battery is sufficiently charged, is starting to get low, or is in urgent need of charging.
Curtis Model 3150R – Oct. 2022 Return to TOC LITHIUM BATTERY VOLTAGE GUI 4 displays the lithium battery voltage. The text “Li” displays under the voltage: SPEEDOMETER GUIs 1, 2 and 4 display a speedometer. The speed is displayed in km/h or mph, depending upon how the device is configured.
Curtis Model 3150R – Oct. 2022 Return to TOC FAULT CODES The user interfaces have different ways of displaying fault codes, as described in the following table. Note: If there are more faults than the active user interface can display simultaneously, the 3150R periodically cycles through the fault codes.
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Curtis Model 3150R – Oct. 2022 Return to TOC The fault code format depends upon the active user interface. The following table describes how the user interfaces display two-character fault codes for traction, pump and steering controller faults. The fault code characters range from 0–9 and A–F: GUI(s) Description GUIs 1 and 4...
Curtis Model 3150R – Oct. 2022 Return to TOC HOUR METER The hour meter indicates the running time of the 3150R, devices on the CANbus, or Curtis controllers connected to the SCI ports. The first example below is for GUIs 1, 4 and 5, and the second is for GUI 2: The hour meter measures time in 0.1 hour units.
Curtis Model 3150R – Oct. 2022 Return to TOC MESSAGE CENTER The device provides a message center. The messages that are broadcast depend upon how the device is configured. Messages are displayed within a rectangular area and can be formatted with different font sizes and colors.
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Curtis Model 3150R – Oct. 2022 Return to TOC The following table describes the items contained by GUI 3: Item Description The controller’s active speed mode: M1 = Speed mode 1 M2 = Speed mode 2 Displays when the parking brake is active. The BDI icon.
Curtis Model 3150R – Oct. 2022 Return to TOC 3 — INSTALLATION, WIRING AND CONFIGURATION This chapter explains how to install and wire Model 3150R. INSTALLATION Fix the 3150R by using the provided mounting bracket. The recommended panel cutout is ø52.0±0.4 mm, with a panel thickness between 0.8–6.4 mm.
Curtis Model 3150R – Oct. 2022 Return to TOC I/O CONNECTOR The mating connector is an 8-pin Mini-Universal MATE-N-LOK housing from TE Connectivity. The front is sealed to IP67. The rear is sealed to IP65 for electronic components and IP40 for the connector.
Curtis Model 3150R – Oct. 2022 Return to TOC WIRING DIAGRAM Figure 3-2 is a typical wiring diagram for a model with a serial port and with pin 8 configured as a lift lockout output. Note: The diagram may differ from your application’s requirements. However, Model 3150R provides the I/Os and programmable parameters needed to meet almost all requirements.
Curtis Model 3150R – Oct. 2022 Return to TOC OPERATING CURRENT The operating current depends upon the B+ voltage and whether the LCD heater is enabled: LCD Heater LCD Heater B+ Voltage Disabled Enabled 100mA 350mA 72mA 390mA 36mA 200mA 25mA 140mA 20mA...
Curtis Model 3150R – Oct. 2022 Return to TOC Lift Lockout Output Pin 8 can be configured as a lift lockout output. The output is active when the BDI percentage is less than the percentage specified by the Lift Lockout parameter.
Curtis Model 3150R – Oct. 2022 Return to TOC 4 — PROGRAM MENU PARAMETERS SET HOURMETERS MENU....p. 21 BDI MENU......... p. 25 MISC MENU........p. 27 — Hourmeter Source — Nominal Voltage — HYD Controller Enable — Reset KSI Hourmeter — BDI Source —...
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Curtis Model 3150R – Oct. 2022 Return to TOC The programmable parameters allow you to configure the gauge so that it meets your application’s requirements. Curtis programming devices provide a user-friendly way to read and write to the parameters. Restart the device after you change a parameter marked as [PCF]. If the device is not restarted, a Parameter Change fault will occur.
Curtis Model 3150R – Oct. 2022 Return to TOC SET HOURMETERS MENU The following table describes the parameters for configuring the hour meter. SET HOURMETERS MENU PARAMETER VALUES ACCESS LEVEL CAN INDEX RAW VALUES DATA SIZE DEFAULT VALUE DESCRIPTION Hourmeter Source Enumerated 32-bit OEM Dealer...
Curtis Model 3150R – Oct. 2022 Return to TOC RPDO and TPDO Byte Map Menus The parameters on the RPDO 1–4 Byte Map and TPDO 1–4 Byte Map menus are used to configure PDOs. RPDOs 1–3 and TPDO1 are preconfigured. Modify a preconfigured PDO only if the application does not require the PDO’s preconfigured functions.
Curtis Model 3150R – Oct. 2022 Return to TOC BDI MENU The following table describes the parameters on the BDI menu. Note: The BDI menu contains the BDI Setup menu. BDI MENU PARAMETER VALUES ACCESS LEVEL CAN INDEX RAW VALUES DATA SIZE DEFAULT VALUE DESCRIPTION...
Curtis Model 3150R – Oct. 2022 Return to TOC BDI Setup Menu The BDI Setup menu is displayed when the 3150R is the data source for BDI data. The parameters configure how the gauge calculates the BDI percentage. BDI MENU — BDI SETUP MENU PARAMETER VALUES ACCESS LEVEL...
Curtis Model 3150R – Oct. 2022 Return to TOC MISC MENU The following table describes the parameters on the Misc menu. MISC MENU PARAMETER VALUES ACCESS LEVEL CAN INDEX RAW VALUES DATA SIZE DEFAULT VALUE DESCRIPTION HYD Controller Enable Off/On 32-bit OEM Dealer Specifies whether fault codes for the hydraulic...
Curtis Model 3150R – Oct. 2022 Return to TOC 5 — MONITOR MENU PARAMETERS The Monitor menu contains the Hourmeters menu. HOURMETERS MENU......p. 28 — KSI Hourmeter HOURMETERS MENU The following table describes the KSI Hourmeter parameter. HOURMETERS MENU PARAMETER VALUES CAN INDEX RAW VALUES...
Curtis Model 3150R – Oct. 2022 Return to TOC 6 — INFORMATION MENU PARAMETERS The Information menu contains the following read-only parameters: INFORMATION MENU PARAMETER VALUES CAN INDEX RAW VALUES DATA SIZE ACCESS LEVEL DESCRIPTION Model Number –32768 to 32767 32-bit Field Basic Indicates the model number.
Curtis Model 3150R – Oct. 2022 Return to TOC 7 — CANopen COMMUNICATIONS Model 3150R complies with the CAN in Automation (CiA) CANopen 301 specification. This chapter describes the gauge’s CANopen features. Some familiarity with CANopen is a prerequisite. For CANopen information, see the following pages on the CiA web site: •...
Curtis Model 3150R – Oct. 2022 Return to TOC MESSAGE CAN-IDs The 3150R’s CAN messages are identified by 11-bit CAN IDs. The device does not support 29-bit CAN IDs. EXPEDITED SDOs The least significant byte of an expedited SDO is known as the control byte. The following table describes the control byte fields: Command Specifier The following list describes the control byte:...
Curtis Model 3150R – Oct. 2022 Return to TOC PDOs RPDOs 1–3 and TPDO 1 and are preconfigured to transmit and receive data used by Model 3150R’s user interfaces. The following topics describe PDO considerations and the preconfigured PDOs. Note: RPDO4 and TPDOs 2–4 are reserved. PDO COB-IDs The following table lists the bits that define a PDO COB-ID: Bit(s)
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Curtis Model 3150R – Oct. 2022 Return to TOC The following topics describe the preconfigured PDOs. RPDO1 Byte(s) Description The fault code for the traction controller. If RPDO2, byte 6, bit 5 is set to 1, the fault code is for the right traction controller. The fault type for the traction controller.
Curtis Model 3150R – Oct. 2022 Return to TOC Table 7-1 describes the data for bytes 6–7 when byte 6, bits 5–7 are set to 111b. Table 7-1 Gauge Configuration (RPDO1, Bytes 6–7) Byte Description The following bits configure data sources, pin 8, and logo display: •...
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Curtis Model 3150R – Oct. 2022 Return to TOC RPDO2 Byte(s) Description 0–1 Speedometer. The displayed data ranges from 0.0–99.9 km/h or 0.0–62.0 mph, depending upon speed unit. The raw data ranges from 0–999. 2–3 Lithium battery voltage. The displayed data ranges from 0–99.9V. The raw data ranges from 0–9999.
Curtis Model 3150R – Oct. 2022 Return to TOC MESSAGE CENTER message center displays application-specific messages and is available in all GUIs other than GUI 3. Messages are transmitted with block SDO transfers of up to 255 bytes. Message substrings can be formatted for font size and color and can be displayed at any set of coordinates within the message center area.
Curtis Model 3150R – Oct. 2022 Return to TOC To exit the message center, set 0x7021:00 to 0h. Format Messages The following table describes the message center’s default font size, color, and X and Y coordinates: Item Format Font size •...
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Curtis Model 3150R – Oct. 2022 Return to TOC The X and Y coordinates are measured from the message center area’s top left corner. If a line contains substrings with different font sizes, the text is aligned on the bottom. For example, consider the following message: The following string defines this message: Information:/X20Y60F1C4/Speed:/X120F0C1/12km//h/X20Y120F1/Fault:...
Curtis Model 3150R – Oct. 2022 Return to TOC Transmit Messages Block SDOs are used to transmit messages. A message is displayed after the transfer is ended. The following example describes how to transmit the message for the example in the Format Messages section.
Curtis Model 3150R – Oct. 2022 Return to TOC STANDARD CANopen OBJECTS The following table describes objects required by the CANopen standard: Values Name Index Sub-Index Description Read / Write Data Size Device Type 1000h Indicates whether a device follows a standard CiA device profile.
Curtis Model 3150R – Oct. 2022 Return to TOC APPENDIX A — CURTIS PROGRAMMING DEVICES Curtis programming devices provide programming, diagnostic, and test capabilities for Curtis CAN devices. Two programming devices are available for the controller: • 1313 Handheld Programmer •...
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Curtis Model 3150R – Oct. 2022 Return to TOC The following example shows the same menu in the Curtis 1313 Handheld Programmer: To edit a parameter with the 1313 Handheld Programmer, select the parameter: For more information on the 1313 Handheld Programmer and CIT, see https://www.
Curtis Model 3150R – Oct. 2022 Return to TOC APPENDIX B — SPECIFICATIONS Nominal Voltage 12–48V Minimum Voltage 9V Maximum Voltage 60V Operating Current • LCD heater off: 16–100mA • LCD heater on: 80–350mA Dimensions ø60.0 mm Operating Temperature • LCD heater enabled: –40°C to +70°C •...
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