Manual_FCS-C1000_V1.1_EN
17
6E
6F
Note: The tube between stack output and purging valve is required to be less than 20cm. The tube
connected to the purging valve output is required to be less than 30cm. The inner diameter of the tube
is required to be more than 2mm.
STEP 7:
Check all the connection first and connect the load to the system, Load+ is linked to the "load+"
at
the controller, Load- links to the "FC- and load-" in the stack shown in 7A
7A
STEP 8:
Check the following steps before starting the system:
1.
The connection between the hydrogen input valve and the hydrogen source.
2.
The connection between the hydrogen input valve and the stack intput.
3.
The connection between the stack outoput and the purging valve.
4.
The output tube of the purging valve is kept away from the stack.
5.
The 8pin plug connection between the stack and the controller.
6.
The "FC+/-" connection between the stack and controller.
7.
The input hydrogen pressure is 0.45-0.55Bar.
8.
The external power is 13V(±1V), 5A-8A.
9.
The load is below 1000W.
The System is now setup and ready to be used.
Summary of Contents for H-1000
Page 4: ...Manual_FCS C1000_V1 1_EN 1 1 Safety ...
Page 5: ...Manual_FCS C1000_V1 1_EN 2 ...
Page 6: ...Manual_FCS C1000_V1 1_EN 3 ...
Page 7: ...Manual_FCS C1000_V1 1_EN 4 ...
Page 12: ...Manual_FCS C1000_V1 1_EN 9 ...
Page 13: ...Manual_FCS C1000_V1 1_EN 10 ...
Page 14: ...Manual_FCS C1000_V1 1_EN 11 4 Technical Specification ...
Page 24: ...Manual_FCS C1000_V1 1_EN 21 7 System setup diagram SCU Short Circuit Unit GND Grounding ...
Page 26: ...Manual_FCS C1000_V1 1_EN 23 ...
Page 27: ...Manual_FCS C1000_V1 1_EN 24 ...
Page 31: ...Manual_FCS C1000_V1 1_EN 28 ...
Page 34: ...Manual_FCS C1000_V1 1_EN 31 12 Fuel Cell Drawing ...