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VISIÓN GENERAL

The L180 Enclosed Logger is a powerful control device and fully programmable data logger all in one compact unit. It comes standard with 250 MB internal memory and can be upgraded to USB Logging for additional data capacity and flexability. The USB Logging upgrade also increases the internal memory to 500 MB.

The L180 acquires data from other devices, such as an ECU, for logging and telemetry. It can be used in a wide range of applications as a standalone logger, or intergrated with other electronic devices such as displays and PDMs.

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CARATERISTICAS

• Suitable for bikes, cars, marine and industrial applications
• Optional USB logging (includes 500 MB Internal Logging)
• Supports T2 Telemetry (Optional)
• Supports Wideband Lambda from MoTeC PLMs or LTCs
• GPS Lap Timing
• Tell Tales
• Diagnostic Logging
• Preserved Channels
• Running Min/Max, Timers, PID Control, Engine Log
• Easily integrates with MoTeC CAN based devices such as ECUs and expanders

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ACCESORIOS

• 62206 – L180 LOOM
• 61279 – CABLE USB LOGGING 1.5M (PANEL MOUNT)
• 61280 – 32 GB USB DATA PLUG
• 61292 – 32 GB USB3 FLASH DRIVE
• 61402 – 32 GB AUTOSPORT USB DATA PLUG
• 61403 – CABLE, AUTOSPORT USB LOGGING 1.5M (PANEL MOUNT)

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MEJORAS ADICIONALES

• 29702 – L180 44 I/O (see Specifications and Pinout)
  • 10 extra analogue voltage inputs (AV11 to AV20)
  • 4 extra analogue temperature inputs (AT5 to AT8)
• 29715 – L180 500MB LOGGING + USB
• 29721 – L180 PRO ANALYSIS
• 29724 – L180 T2 TELEMETRY
• 29706 – L180 ADVANCED FUNCTIONS
  • Advanced Maths
  • Channel Maths
  • 16 x 2D Tables (instead of 4)
  • 16 x 3D Tables (instead of 4)
  • 50 User conditions (instead of 20)

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ESPECIFICACIONES

Logging

• 250 MB internal logging memory
• Optional USB logging to a removable storage device
  • Includes upgrade to 500MB internal memory
• Logging rates up to 1000 samples per second
• Fast Ethernet download
• i2 Standard data analysis software included (Pro Analysis upgrade available)

Removable USB Storage Device Options

• Kingston 32 GB USB3 Flash Drive – fast, low weight and low cost, not mechanically latched or waterproof.
• MoTeC 32 GB USB3 Data Plug – mechanically latched, waterproof with anodised housing, ideal for exposure to the elements and vibration.

Alternative USB storage devices may be used but are not recommended.

Inputs

(*Denotes number available with I/O upgrade)

• 10 (20*) analogue voltage inputs:
  • 4 (8*) 0 to 5.46 V, 1.33 mV resolution
  • 6 (12*) x 0 to 15.0 V, 3.66 mV resolution
• 4 (8*) Analogue temperature inputs
  • 0 to 15.0 V, 3.66 mV resolution
• 4 x Digital inputs
• 2 x Switch inputs
• 4 x Speed inputs

Outputs

• 6 x low side outputs PWM or switched operation
• 1.0 Amp max, current limited and thermal overload protected

Expanders

• Compatible with E816, E888, VIM and SVIM Expanders.

Internal Sensors

• 3-axis accelerometer, detection range: +/- 5G
• Dash temperature sensor
• Sensor supply voltage
• Battery voltage

Communications

• 4 x configurable CAN buses, with individually programmable CAN bus speeds. One can be used as RS232 Receive. Two buses support VIM/SVIM Expanders.
• 2 x Dedicated RS232 ports.

Power supply

• Operating voltage: 6 to 32 V DC
• Operating current: 0.4 A typical at 14 V (excl. sensor currents)
• Reverse battery protection
• Battery transient protection

Sensor supply currents

• 5 V sensor supply: 0.25 A maximum
• 8 V sensor supply: 0.25 A maximum

Operating temperature

• Internal: -20 °C to 80 °C
• Typical ambient temperature range in free air: -20 °C to 65 °C

Physical

• Size: 134.5 x 103.9 x 20.2 mm excluding connectors
• Weight 350g
• 1 x 79 pin Autosport connector
• 1 x mini USB port (type B)
• The device is rated to IP67

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COMPATIBILIDAD

• MoTeC ECUs: All models (some earlier models may require an additional adaptor in conjunction with the RS232 adaptor)
• MoTeC Displays/Loggers: All
• MoTeC Expanders: E816 and, E888 , VIM and SVIM expanders.
• MoTeC Accessories: SLM, PLM, LTC, BR2, PDM, GPS, ADR2, V2 etc.
• Many non-MoTeC devices

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SOFTWARE

• Microsoft Windows based software
• Used for setup and management of the data logging system, providing:
  • Configuration of the inputs, ouputs, data logging and calculations.
  • Offline generation of a configuration file that can then be sent to the device.
  • Channel monitoring
  • Firmware updating and extensive help screens
• i2 Data Analysis software provides the tools for comprehensive data analysis. Standard or Pro* version available
• T2 Telemetry* software

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CABLEADO DE ETHERNET

This pinout is suitable for cables identified as Revision: A and Revision: B on the affixed label.Note: Check the revision of the cable (identified on the label) before using the relevant pinout information from the table.

RJ45					M170/M182/M190			L180/C185/C187/C1812
Pin	Function	Revision	MoTeC Colour	Pin Numbering	M170 Pin	M182/M190 Pin	Function	L180/C185/ C187/C1812 Pin	Function
1	Ethernet TX+	Rev A & Rev B	Orange-White		55	C33	Ethernet RX+	77	Ethernet RX+
2	Ethernet TX–	Rev A & Rev B	Orange		61	C26	Ethernet RX–	78	Ethernet RX–
3	Ethernet RX+	Rev A	Green-White		48	C41	Ethernet TX+	67	Ethernet TX+
		Rev B	Green
6	Ethernet RX–	Rev A	Green		47	C34	Ethernet TX–	68	Ethernet TX–
		Rev B	Green-White

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CABLEADO DE ECU

When using an M4, M48 or M8 ECU, the L180 should be connected via RS232. For some ECUs, a PCI cable may also be required.

The Display Logger should be connected via the CAN bus when using an M1 or ‘hundred series’ ECU(M400/M600/M800/M880) or M84, and any number of other CAN devices. Example:

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DIMENSIONES Y MONTAJE

Measurements in mm.

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PINOUT

Mating Connector: Part number 68086

Pin	Name	Standard Function
1	AV15	Analogue Voltage Input 15 (with 44 I/O upgrade)
2	AV16	Analogue Voltage Input 16 (with 44 I/O upgrade)
3	AV17	Analogue Voltage Input 17 (with 44 I/O upgrade)
4	AV18	Analogue Voltage Input 18 (with 44 I/O upgrade)
5	AV19	Analogue Voltage Input 19 (with 44 I/O upgrade)
6	0V	Sensor 0 V
7	BAT-	Battery Negative
8	BAT+	Battery Positive
9	AUX1	Auxiliary Output 1
10	AUX2	Auxiliary Output 2
11	AUX3	Auxiliary Output 3
12	AUX4	Auxiliary Output 4
13	AUX5	Auxiliary Output 5
14	AUX6	Auxiliary Output 6
15	RS232-2 TX	RS232-2 Transmit Output
16	RS232-2 RX	RS232-2 Receive Input
17	0V	Sensor 0 V
18	5V	Sensor 5 V
19	AV7	Analogue Voltage Input 7
20	AV8	Analogue Voltage Input 8
21	AV9	Analogue Voltage Input 9
22	AV10	Analogue Voltage Input 10
23	AV11	Analogue Voltage Input 11 (with 44 I/O upgrade)
24	AV12	Analogue Voltage Input 12 (with 44 I/O upgrade)
25	AV13	Analogue Voltage Input 13 (with 44 I/O upgrade)
26	AV14	Analogue Voltage Input 14 (with 44 I/O upgrade)
27	0V	Sensor 0 V
28	5V	Sensor 5 V
29		Reserved
30		Reserved
31		Reserved
32		Reserved
33	0V	Sensor 0 V
34	AT1	Analogue Temp Input 1
35	AT2	Analogue Temp Input 2
36	AT3	Analogue Temp Input 3
37	AT4	Analogue Temp Input 4
38	AT5	Analogue Temp Input 5 (with 44 I/O upgrade)
39	AT6	Analogue Temp Input 6 (with 44 I/O upgrade)
40	0V	Sensor 0 V
41	AT7	Analogue Temp Input 7 (with 44 I/O upgrade)
42	AT8	Analogue Temp Input 8 (with 44 I/O upgrade)
43	0V	Sensor 0 V
44	5V	Sensor 5 V
45	AV1	Analogue Voltage Input 1
46	AV2	Analogue Voltage Input 2
47	AV3	Analogue Voltage Input 3
48	AV4	Analogue Voltage Input 4
49	AV5	Analogue Voltage Input 5
50	AV6	Analogue Voltage Input 6
51	0V	Sensor 0 V
52	DIG1	Digital Input 1
53	DIG2	Digital Input 2
54	DIG3	Digital Input 3
55	DIG4	Digital Input 4
56	0V	Sensor 0 V
57	SW1	Switch Input 1
58	SW2	Switch Input 2
59	CAN4L	CAN 4 Low
60	CAN4H	CAN 4 High
61	0V	Sensor 0 V
62	8V	Sensor 8 V
63	SPD1	Speed Input 1
64	SPD2	Speed Input 2
65	SPD3	Speed Input 3
66	SPD4	Speed Input 4
67	E-TX+	Ethernet Transmit +
68	E-TX-	Ethernet Transmit –
69	AV20	Analogue Voltage Input 20 (with 44 I/O upgrade)
70	RS232-1 TX	RS232 Transmit Output
71	CAN3L	CAN 3 Low
72	CAN3H	CAN 3 High
73	CAN1L	CAN 1 Low
74	CAN1H	CAN 1 High
75	CAN2L	CAN 2 Low / RS232 Ground Input
76	CAN2H	CAN 2 High / RS232 Receive Input
77	E-RX+	Ethernet Receive +
78	E-RX-	Ethernet Receive –
79	RS232-1 RX	RS232 Receive Input

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