Looks like a compound of sirdop with 10 filled in {6/2}, and indeed vertices coincide by pairs and the first 2 edge types also coincide one-by-one.

Incidence matrix according to Dynkin symbol

x3/2x3x3o

.   . . . | 60 |  1  1  2 |  1  2  2  1 | 2  1 1
----------+----+----------+-------------+-------
x   . . . |  2 | 30  *  * |  1  2  0  0 | 2  1 0
.   x . . |  2 |  * 30  * |  1  0  2  0 | 2  0 1
.   . x . |  2 |  *  * 60 |  0  1  1  1 | 1  1 1
----------+----+----------+-------------+-------
x3/2x . . |  6 |  3  3  0 | 10  *  *  * | 2  0 0
x   . x . |  4 |  2  0  2 |  * 30  *  * | 1  1 0
.   x3x . |  6 |  0  3  3 |  *  * 20  * | 1  0 1
.   . x3o |  3 |  0  0  3 |  *  *  * 20 | 0  1 1
----------+----+----------+-------------+-------
x3/2x3x . ♦ 24 | 12 12 12 |  4  6  4  0 | 5  * *
x   . x3o ♦  6 |  3  0  6 |  0  3  0  2 | * 10 *
.   x3x3o ♦ 12 |  0  6 12 |  0  0  4  4 | *  * 5

x3/2x3x3/2o

.   . .   . | 60 |  1  1  2 |  1  2  2  1 | 2  1 1
------------+----+----------+-------------+-------
x   . .   . |  2 | 30  *  * |  1  2  0  0 | 2  1 0
.   x .   . |  2 |  * 30  * |  1  0  2  0 | 2  0 1
.   . x   . |  2 |  *  * 60 |  0  1  1  1 | 1  1 1
------------+----+----------+-------------+-------
x3/2x .   . |  6 |  3  3  0 | 10  *  *  * | 2  0 0
x   . x   . |  4 |  2  0  2 |  * 30  *  * | 1  1 0
.   x3x   . |  6 |  0  3  3 |  *  * 20  * | 1  0 1
.   . x3/2o |  3 |  0  0  3 |  *  *  * 20 | 0  1 1
------------+----+----------+-------------+-------
x3/2x3x   . ♦ 24 | 12 12 12 |  4  6  4  0 | 5  * *
x   . x3/2o ♦  6 |  3  0  6 |  0  3  0  2 | * 10 *
.   x3x3/2o ♦ 12 |  0  6 12 |  0  0  4  4 | *  * 5