XMD-02 | 电子元件 » I/O Modules » XMD Series

XMD系列模块为用于工业以及移动液压领域的一款电液控制器。该控制器可用于驱动各种电液阀以控制执行器的动作，使用Sun的免费手机APP蓝牙连接进行无线配置，非常易于使用。应用于各种公路以及非公路设备，包括但不限于农业机械，林业机械，海工设备，土方机械，物料机械等等。和Sun阀配合可达到精细的流量和压力调节性能，为您的设备提供安全可靠，值得信赖的解决方案。

双线圈控制器。
双输入，信号类型：0-5 V, 0-10 V, 4-20 mA, 脉冲, 频率, PWM以及数字输入。
更详细的产品信息，包括安装和操作须知，请在本网页上部点击完整参数页链接下载阅读。
CAN总线通讯(SAE J1939) 。
可调节的限制电流输出，带短路保护。
5V参考电压输出，用于变阻器或手柄控制。
可配置使能输入。
所有输入和输出的限制均可以单独调节。
斜坡上升和斜坡下降时间单独可调。
微处理器控制，更稳定可靠。
供电以及信号分开接地。
高频PWM带颤振信号。
玻璃填充的尼龙外壳，弹性化合物灌封。
通过Sun的XMD Mobile™ app，手机（平板）蓝牙无线连接放大器进行参数配置。
IP69K防护等级。
CE和E-Mark认证。
需要带配对接头的电源线缆，此线缆并不包含在产品中。请参照“适用于”部分。

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供应电压	9-32 VDC9-32 VDC
供应电流	6 Amps max.6 Amps max.
输出数量	22
输出类型	PWM and Duty Cycle (0-100%)PWM and Duty Cycle (0-100%)
输出电流	35 to 3000 mA35 to 3000 mA
电流整定	± 1 mA± 1 mA
PWN频率	33-5,000 Hz33-5,000 Hz
颤振频率	33-500 Hz33-500 Hz
颤振幅值	0-25% of Imax0-25% of Imax
斜坡时间	0-65.0 s, 1 ms increments0-65.0 s, 1 ms increments
通用输入数量	22
输入范围	0-5V, 0-10V, 4-20 mA, digital, pulse (60 Hz-10 kHz), PWM (60 Hz-10 kHz), resistive (0-100 kΩ)0-5V, 0-10V, 4-20 mA, digital, pulse (60 Hz-10 kHz), PWM (60 Hz-10 kHz), resistive (0-100 kΩ)
参考电压	5 Vdc, ±0.1 Vdc (250 mA max)5 Vdc, ±0.1 Vdc (250 mA max)
CAN通讯	CAN 2.0B (Maximum voltage + 32 Vdc)CAN 2.0B (Maximum voltage + 32 Vdc)
CAN Protocols	SAE J1939SAE J1939
Baud Rates	125 kbit/s, 250 kbit/s, 500 kbit/s, 1 Mbit/s125 kbit/s, 250 kbit/s, 500 kbit/s, 1 Mbit/s
配对接头	Deutsch DT06-12SA-XXXDeutsch DT06-12SA-XXX
运行温度范围	-40 - 85 °C-40 - 85 °C
储存温度范围	-60 - 120 °C-60 - 120 °C
振动	33.3 Hz 6.8g Peak (Spec: S-367 Section 11.0)33.3 Hz 6.8g Peak (Spec: S-367 Section 11.0)
冲击	49g Peak (Spec: S-367 Section 12.0)49g Peak (Spec: S-367 Section 12.0)
Enclosure	Enclosure PBT, 30 % glass-filledEnclosure PBT, 30 % glass-filled
产品尺寸(长x宽x高)	3.38 x 2.30 x 1.40 in.85,9 x 58,5 x 35,6 mm
IP等级	IP69KIP69K
证书	CE, E-Mark, E11 10R-05100024 2014/53/EU (Radio Equipment Directive), 2014/35/EU (Low Voltage Directive)CE, E-Mark, E11 10R-05100024 2014/53/EU (Radio Equipment Directive), 2014/35/EU (Low Voltage Directive)
电磁兼容/电磁干扰	EN 55024, EN 55032, EN 13309, EN/ISO 14982, ISO 13766, ISO 16750-2, J1113-4/11/12/13/26,ISO 1142-2/10, CISPR 25, FCC 15B, ICES-003, UNECE Reg 10.5, EN 61326-1:2013, EN 301 489-1, V2.2.0, EN 301 489-17, EN 12895EN 55024, EN 55032, EN 13309, EN/ISO 14982, ISO 13766, ISO 16750-2, J1113-4/11/12/13/26,ISO 1142-2/10, CISPR 25, FCC 15B, ICES-003, UNECE Reg 10.5, EN 61326-1:2013, EN 301 489-1, V2.2.0, EN 301 489-17, EN 12895
美国专利号#	PendingPending

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Can the +5V reference on the XMD-02 be used in parallel to power two input devices?

Yes. The +5V reference has a maximum current output of 250 mA.

Why won't the XMD send output to the coil when an input is provided?

The XMD default settings have the enable function turned on. In order to see any output, at least 3VDC must be sent to pin 9, the enable pin. Alternatively, the enable function can be disabled on the config screen of the XMD app.

Can the XMD Series drivers be used to control non-FLeX coils or non-Sun coils?

Yes, up to 3 amps per PWM output. This includes pumps, CETOP valves, directional valves, proportional valves, and more. Duty-cycle mode can also control solenoid switching valves, PWM variable speed e-Fans and LEDs.

Why won't my device connect to the XMD?

See page 4 of the XMD Mobile App User Guide for compatible devices. This Guide can be found in "Additional Resources" section of the XMD webpage.

Does the +5V reference need to be used when using a resistive input option on the XMD Driver?

Two-wire resistive input devices will pull excitation voltage from the input pin. Only two wires are needed for this input type — one connected to the XMD input pin and one connected to an external ground.

How do I reset my XMD password?

Call Sun at +1 941-362-1200.

The supply voltage range for the XMD Driver is 9-32VDC. Can I drive a 24V coil with a 12V supply, or a 12V coil with a 24V supply?

No. The resistance values for each coil voltage are selected to limit the maximum current that can be drawn by the coil. A mismatch in coil and supply voltage can result in too little or too much current draw. A coil should be selected based on supply voltage being used.

How much current do XMD-01 and XMD-02 consume?

XMD-01: I(sol) + 25mA
XMD-02: I(sol1) + I(sol2) + 25mA

Does the XMD Driver have an internal TVS Diode? Is a coil with or without diode recommended for use with the XMD?

XMD Series Drivers include a TVS Diode. Coils do not need a diode when being controlled by an XMD driver.

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What models can this kit be used with?